– GED SCIENCE PRACTICE QUESTIONS – 47. What can the student conclude from the data? a. The ppt

47. What can the student conclude from the data?
a. The greater the radius of the container, the
lower the rate of evaporation.
b. The greater the radius of the container, the
higher the rate of evaporation.
c. The radius of the container is not related to
the rate of evaporation.
d. The greater the radius of the container, the
slower it reaches the set temperature.
e. The smaller the radius of the container, the
faster it reaches the set temperature.
48. Which two statements are valid objections to the
experimental setup?
I. All the containers were filled with the same
amount of water.
II. A different hot plate was used to heat water
in different containers.
III. Water in different containers was heated for
different amounts of time.
IV. The containers were not filled completely.
a. I and II
b. I and III
c. I and IV
d. II and III
e. II and IV
49. The following graph shows how the concentra-
tion (amount per unit volume) changes with
time. What information can be obtained from the
data?
a. The amount of reactant does not change with
time.

b. The amount of product is decreasing.
c. The amount of reactant first decreases and
then stays constant.
d. After 500 seconds, all of the reactant is used.
e. At 300 seconds, the concentration of the reac-
tant is at maximum.
Questions 50 and 51 are based on the following passage.
Is Pluto a Planet?
Based on perturbations in Neptune’s orbit,
the search for a ninth planet was conducted
and Pluto was discovered in 1930. Pluto
orbits the sun just like the other eight plan-
ets, and it has a moon, Charon, and a stable
orbit. Based on its distance from the sun,
Pluto should be grouped with the planets
known as gas giants. In addition, Pluto, like
the planet Mercury, has little or no atmos-
phere. Pluto is definitely not a comet
because it does not have a tail like a comet
when it is near the sun. Pluto is also not an
asteroid, although its density is closer to an
asteroid than to any of the other planets.
Pluto is a planet because it has been classi-
fied as one for more than sixty years since
its discovery.
50. Which argument supporting the classification of
Pluto as a planet is the weakest?
a. Pluto orbits the sun just like the other eight
planets.
b. Pluto has a moon.

c. Pluto has a stable orbit.
d. Pluto, like the planet Mercury, has little or no
atmosphere.
e. Pluto has been classified as a planet for more
than sixty years since discovery.
51. Which one of the following statements is NOT
backed with an explanation?
a. Pluto is like a planet.
b. Pluto should be grouped with planets known
as gas giants.
c. Pluto is like Mercury.
d. Pluto is not a comet.
e. Pluto is not an asteroid.
Concentration of a Reactant
as a Function of Time
0.20
0.15
0.10
0.05
0.00
0 100 200 300 400 500 600
Concentration (mol/liter)
Time (seconds)
– GED SCIENCE PRACTICE QUESTIONS–
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52. The instrument shown in this picture can be
used to study
a. cell organelles.
b. the flight pattern of birds.
c. the movement of stars in other galaxies.

d. old manuscripts.
e. human vision defects.
53. A large surface area results in a high rate of cool-
ing. This is why we tend to curl up when we sleep
in a cold room and spread our limbs out when
we sleep in a very hot room. Which of the fol-
lowing is an example where this principle is used
in technology?
a. Refrigerators can be used to cool containers of
milk with large surface areas.
b. Fans that cool computers are often ribbed to
increase the surface area for cooling.
c. Airplanes are shaped to minimize heat loss in
the cabin.
d. Heat packs are designed to have a large surface
area.
e. Microwave ovens are designed to completely
close during food preparation.
54. The amount of dissolved gas in a liquid solution
depends on the pressure of the gas. Under a high
pressure, greater amounts of gas can be dis-
solved. Pressure is used to increase the solubility
of carbon dioxide gas in
a. fish ponds.
b. cereals.
c. carbonated drinks.
d. milk.
e. gasoline.
Questions 55 and 56 are based on the following diagram.
55. This instrument is used to

a. determine the direction of the wind.
b. determine the directions of the world.
c. find the nearest piece of land when navigating
the seas.
d. find underground waters.
e. determine the direction of water flow.
56. This instrument works because
a. it has an internal clock.
b. the needle points to the direction of mini-
mum pressure.
c. the needle changes position depending on the
position of the sun.
d. the Earth has two magnetic poles.
e. the temperatures on Earth’s poles are very low.
S
N
E
W
1
8
0

2
1
0

2
4
0

2
7
0

3
0
0

3
3
0

0

3
0

6
0

9
0

1
2
0

1
5
0

– GED SCIENCE PRACTICE QUESTIONS–
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Questions 57 and 58 are based on the following passage.
Farm animals can carry salmonella, a kind
of bacteria that can cause severe food poi-
soning. However, animals fed antibiotics can
carry especially deadly strains of salmonella.
In Minnesota in 1983, 11 people were hos-
pitalized with salmonella poisoning. This
number itself was not striking at all. Forty-
thousand Americans are hospitalized with
salmonella poisoning every year. What was
striking about the cases in Minnesota was
that each patient had severe symptoms and
all the patients were infected with the same,
rare strain of salmonella, resistant to several
common antibiotics. A young scientist,
Scott Holmberg, noted that eight patients
were taking the same antibiotics for sore
throats. He ruled out the possibility that the
antibiotics themselves were infected with
the bacteria because three of the patients
were not taking antibiotics at all. He later
showed that the people were infected with
salmonella prior to taking the antibiotics,
but that the antibiotics triggered the onset
of salmonella poisoning. He postulated that
salmonella suddenly flourished when the
patients took antibiotics, because the antibi-
otics killed off all other competing bacteria.

He was also able to trace the antibiotic-
resistant salmonella to the beef that was
imported to Minnesota from a farm in
South Dakota, at which cattle were routinely
fed antibiotics and at which one calf died of
the same strain of salmonella.
57. As a result of this finding, the Food and Drug
Administration should
a. carefully regulate the prescription of antibi-
otics for sore throats.
b. prevent the export of meat from South
Dakota to Minnesota.
c. limit the practice of feeding antibiotics to
cattle.
d. take the antibiotic that caused salmonella off
the market.
e. require special prescription for antibiotics
resistant to salmonella.
58. Based on the passage, which one of the following
statements is false?
a. Salmonella poisoning is a common bacterial
infection.
b. Some strands of bacteria are resistant to
antibiotics.
c. Antibiotics kill off bacteria that are not resist-
ant to antibiotics.
d. Antibiotics transmit salmonella.
e. Farm animals can carry salmonella.
– GED SCIENCE PRACTICE QUESTIONS–
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Questions 59 through 61 are based on the passage below
and the table at the bottom of the page.
Minerals are an important component of
the human diet. Some minerals are needed
in relatively large amounts. These include
calcium, phosphorus, potassium, sulfur,
chlorine, and magnesium. Others, including
iron, manganese, and iodine, are needed in
smaller amounts. Humans need 26 minerals
all together, but some of them are only
required in tiny amounts. Some minerals,
such as lead and selenium, are harmful in
large quantities. Dietary supplements can
decrease the chance of mineral deficiencies
listed in the table below, but should be taken
with great care, since overdose can lead to
poisoning.
59. Taking several iron supplements per day can
a. decrease the chance of bone loss.
b. make you stronger.
c. help relieve PMS symptoms.
d. cause poisoning.
e. make up for an unbalanced diet.
60. Which of the minerals listed in the table are you
most likely lacking if you experience irregular
heartbeat?
a. sodium
b. potassium
c. calcium
d. phosphorous

e. magnesium
61. Which two minerals are necessary for formation
of healthy bones and teeth?
a. calcium and magnesium
b. calcium and phosphorous
c. calcium and potassium
d. calcium and sodium
e. sodium and magnesium
62. Which of the following is the most common
result of prolonged excessive alcohol
consumption?
a. heart attack
b. brain tumor
c. lung cancer
d. liver damage
e. cataracts
63. Which of the following could be transmitted
through kissing?
a. lung cancer
b. brain tumor
c. flu
d. diabetes
e. Down’s syndrome
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MINERAL GOOD SOURCES SYMPTOMS OF DEFICIENCY FUNCTIONS
Sodium Table salt, normal diet Muscle cramps Water balance, muscle and
nerve operation
Potassium Fruits, vegetables, grains Irregular heartbeat, fatigue, Muscle and nerve opera-
muscle cramps tion, acid-base balance

Calcium Dairy, bony fish, leafy Osteoporosis Formation of bone and
green vegetables teeth, clotting, nerve
signaling
Phosphorous Dairy, meat, cereals Bone loss, weakness, lack of appetite Formation of bone and
teeth, energy metabolism
Magnesium Nuts, greens, whole grains Nausea, vomiting, weakness Enzyme action, nerve
signaling
64. A woman is most likely to get pregnant if she has
unprotected sex a few days before and on the day
of ovulation, when the egg is released from the
ovaries. The release of the egg is hormonally
stimulated, meaning that a hormone in the
woman’s body triggers ovulation. On average,
women ovulate around the 14th day of their
menstrual cycle. The following is a graph show-
ing the levels of three hormones throughout the
menstrual cycle of an average woman.
Based on the graph, which hormone is most
directly responsible for triggering ovulation?
a. FSH
b. LH
c. progesterone
d. testosterone
e. cholesterol
65. Through friction, energy of motion is converted
to heat. You use this in your favor when you
a. wear gloves to make your hands warm.
b. rub your hands together to make them warm.
c. soak your hands with hot water to make them
warm.

d. place your hands near a fireplace to make
them warm.
e. hold a cup of tea to make your hands warm.
66. The boiling point of water decreases with
increasing pressure. At high altitudes, the atmos-
pheric pressure is lower than at sea level. Where
would you expect to find the highest boiling
point temperature of water?
a. in the Grand Canyon Valley
b. at sea level
c. at the base of Mount Everest
d. at the top of Mount Everest
e. at the top of a small hill
67. As the pressure of a gas increases at constant
temperature, the volume of the gas decreases.
If you were a diver and you wanted to take an
oxygen tank with you, what would you do?
a. Pressurize the oxygen, so more of it can fit in a
tank of a manageable size.
b. Decrease the pressure of oxygen in the tank,
so the tank doesn’t explode.
c. Increase the temperature of oxygen in the
tank, so that the cold oxygen doesn’t damage
the lungs.
d. Decrease the temperature of oxygen, so that it
doesn’t escape from the tank.
e. Increase the temperature of the oxygen and
decrease the pressure, so the volume stays the
same.
Apply

pressure
GAS
GAS
70
80
60
50
40
30
20
10
0
0 2 4 6 8 10 12 14 16 18 20 22 24 26 28
FSH
LH
Progesterone
Hormone concentration (units per ml)
Day of menstrual cycle
– GED SCIENCE PRACTICE QUESTIONS–
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68. The amount of solute that can be dissolved in a
solvent at a given temperature is called solubility.
For most substances, solubility increases with
temperature. Rock candy can be made from
sugar solutions that have an excess of sugar dis-
solved. The amount of sugar per 100 grams of
water at a given temperature has to be higher
than the amount that is normally soluble in
order to make rock candy. Based on the solubil-
ity of sugar in water as a function of tempera-

ture, plotted in the graph, how much sugar
would you need to dissolve in 100 grams of
water to make rock candy at 40° C?
a. less than 50 grams
b. between 50 and 100 grams
c. between 100 and 150 grams
d. between 150 and 200 grams
e. more than 250 grams
69. Which of the following energy sources causes the
least pollution to the environment?
a. coal
b. nuclear power
c. gasoline
d. solar
e. oil
Questions 70 and 71 are based on the following passage.
In 1628, English physician William Harvey
established that the blood circulates
throughout the body. He recognized that
the heart acts as a pump and does not work
by using up blood as earlier anatomists
thought. To carefully observe the beating of
the heart and the direction of blood flow,
Harvey needed to see the works of the blood
in slow motion. Since there was no way for
him to observe a human heart in slow
motion, he studied the hearts of toads and
snakes, rather than the rapidly beating
hearts of “warm-blooded” mammals and
birds. By keeping these animals cool, he

could slow their hearts down. The main
argument for his conclusion that the blood
circulates stemmed from his measurement
of the amount of blood pumped with each
heartbeat. He calculated that the amount of
blood pumped each hour by far exceeds the
total amount of blood in the body and
proved that the same blood passes through
the heart over and over again.
70. What misconception did scientist harbor before
Harvey’s study?
a. The heart circulates blood.
b. The heart pumps blood.
c. The heart uses up blood.
d. The heart contains no blood.
e. The heart of birds beats faster than the heart
of frogs.
71. Which of the following did Harvey do?
I. Observe the heartbeat and blood flow in
snakes and frogs.
II. Determine that the heart acts as a pump.
III. Count the number of blood cells that pass
through the heart every hour.
IV. Show that the blood circulates.
a. He did only I.
b. He did I and II.
c. He did I, II, and IV.
d. He did I, III, and IV.
e. He did II, III, and IV.
Solubility of Sugar in Water

100
150
200
250
300
350
400
450
500
550
600
50
0
0 102030405060708090100110
Solubility
(g of sugar/100 g of water)
Temperature (degrees Celsius)
– GED SCIENCE PRACTICE QUESTIONS–
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Questions 72 and 73 are based on the following passage.
Radiation from radioisotopes can be used to
kill cancer cells. Chemist Marie Curie
received two Nobel Prizes for her work with
radioisotopes. Her work led to the discovery
of the neutron and synthesis of artificial
radioactive elements. She died of leukemia
at 67, caused by extensive exposure to radia-
tion. Curie never believed that radium and
other materials she worked with were a
health hazard. In World War I, glowing

radium was used on watch dials to help sol-
diers read their watches in the dark and to
synchronize their attacks. Unfortunately,
women who worked in factories were draw-
ing their radium stained brushes to fine
points by putting them between their lips.
As a result, their teeth would glow in the
dark. But this was an amusement for chil-
dren more than a cause of worry. About ten
years later, the women developed cancer in
their jaws and mouths and had problems
making blood cells. This exposed the dan-
gers of radiation.
72. Based on the information in the passage, which
statement about radioisotopes is false?
a. Radioisotopes can kill cancer cells.
b. Radioisotopes can cause cancer.
c. A radioisotope can glow in the dark.
d. Einstein received the Nobel Prize for working
with isotopes.
e. A radioisotope was used in watch dials.
73. Which dangers of radiation were mentioned in
the passage?
I. Radiation can cause genetic mutations.
II. Radiation can lead to leukemia.
III. Radiation can cause chemotherapy.
a. danger I only
b. danger II only
c. danger III only
d. dangers I and II

e. dangers II and III
Questions 74 and 75 are based on the following passage.
In the past, people thought that the Earth was
flat and that a ship that sailed too far would
fall off the edge of the world. The Earth
appears flat because the Earth is too large for
humans on Earth to see its curvature. Several
events helped shed the misconceptions. For
one, during a lunar eclipse, the Earth is posi-
tioned between the sun and the moon. It
eclipses the moon by casting a shadow on it.
The shadow the Earth casts is round. When
Magellan circumnavigated the Earth, he
proved that one could not fall off the edge of
the Earth, because the Earth was round and
had no edges. Finally, space missions provided
us with images of our round Earth from far
away and showed us how beautiful our planet
looks, even from a distance.
74. In the passage, what was cited as proof that the
Earth is round?
I. Earth casts a round shadow on the moon
during a lunar eclipse.
II. Earth revolves around the sun.
III. Magellan circumnavigated the Earth.
IV. images from space
a. I and II
b. I, II, and III
c. I, II, and IV
d. I, III, and IV

e. II, III, and IV
75. With which misconception about the Earth is the
passage concerned?
a. that the Earth turned
b. that the Earth was in the center of the solar
system
c. that the Earth was flat
d. that the Earth was created at the same time as
the sun
e. that the Earth could be eclipsed by the sun
– GED SCIENCE PRACTICE QUESTIONS–
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
Answers and Explanations
1. d. It is the only pair of liquids listed in which one
is acidic (vinegar—pH 3) and the other basic
(bleach—pH 9).
2. e. The object set in motion slows down and stops
swinging because the force of friction acts on it.
The kinetic energy of the object is converted to
heat energy through friction with air. State-
ments a, c, and d are true but are not the reason
why the object stops swinging. An object having
any mass can maintain motion, so the statement
in choice b is wrong.
3. b. An endothermic process requires the input of
heat energy. The only one that requires input of
energy (heat) is melting ice (ice melts when
heated). The rest of the processes listed give off
heat, so they are exothermic.

4. a. Things that float are less dense than the sub-
stance in which they float.
5. b. The statement is false because the gravitational
force between two objects depends on the
masses of both objects. All the other statements
are true and consistent with Newton’s Law of
Gravitation.
6. a. When water vapor condenses, gas changes to
liquid. Choices b, c, and d involve chemical reac-
tions and can’t be considered physical processes.
Through exhaling, choice e, air is pushed out of
the lungs, but there is no phase change.
7. a. Two like charges always repel.
8. e. The statement is false because energy is not
composed of matter (atoms). All other state-
ments are true.
9. e. The molecule in choice e has the most atoms
and the largest molecular weight. It therefore
has the highest boiling point.
10. c. Gloves provide insulation. They can’t generate
heat, choice a. Gloves left out in the snow would
be cold. Gloves can’t have an effect on the tem-
perature, choice b. They also don’t affect the
amount of energy your body produces, choice d,
or transform energy in any way, choice e.
11. d. The wavelength of blue-green should be
between the wavelength of blue light and green
light. The wavelength of blue light is about 450
nm and the wavelength of green light is at about
500 nm. Midway between these wavelengths

is 470 nm.
12. a. The number of atoms stays constant throughout
a chemical reaction. The number of molecules
can change (choice b). For example, in photo-
synthesis, 6 molecules of carbon dioxide and 6
molecules of water (total 12 molecules) can
react to form 1 molecule of glucose and 6 mole-
cules of oxygen (total of 7 molecules). Similarly,
the amount of gas and solid can change (choices
c and d). The amount of disorder in the uni-
verse is always increasing, so it does not have to
stay constant through a reaction (choice e).
13. d. The statement is false because light has a finite
speed. It is very large, but it is not infinite. The
rest of the statements are true.
14. d. Thorns are a form of defense, but are neither
camouflage nor chemical defense. Choices a
and e are examples of camouflage. Choices b
and
c are examples of chemical defense.
15. d. The concentration of protein in compartment B
is higher. Because of the nature of the mem-
brane, the protein can’t pass through it. The
only way for concentration to reach the same
level in two compartments is for water to flow
from A to B.
– GED SCIENCE PRACTICE QUESTIONS–
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16. a. Every human normally inherits 23 chromo-
somes from the mother and 23 chromosomes

from the father. However, that doesn’t mean that
humans look exactly 50% like the father and
50% like the mother (choice b), since one par-
ent’s genes can be more dominant, and since
genes from two parents sometimes produce a
blended effect. Fraternal twins happen to be in
the womb at the same time, but genetically, they
are not any more similar than two siblings who
are not twins (choice c). Fraternal twins come
from two different eggs fertilized by two differ-
ent sperm cells. Exposure to X-rays can alter
chromosomes (choice d). Genes are not parti-
cles. DNA is not an atom and it doesn’t have a
nucleus (choice e). Genes are found in the
nucleus of a cell and are made of DNA.
17. a. In order for twins to have the same genes, they
need to come from one egg and one sperm cell.
18. c. According to the Punnett square, the combina-
tion of genes of Parent I with the genes of Par-
ent II results in either offspring with yy (which
is yellow) or Yy (which is green).
19. e. The statement is false. Animal cells usually don’t
have a cell wall. Other statements are true.
20. e. In humans, the sperm determines the sex of the
child because the male has two different chro-
mosomes. In birds, the female has two different
chromosomes, so she determines the sex of the
offspring. Birds have Ws and Zs, not Xs and Ys
like humans, so choice d is incorrect.
21. b. The tick is a parasite. It benefits, while the ani-

mal it feeds from suffers.
22. e. Statements a through d were illustrated in the
passage. Mongooses depend on snakes for food,
choice a. The balance in the ecosystem was dis-
turbed when a new predator was introduced,
choice b. Humans entirely changed the ecosys-
tem when they brought the mongooses, choice
c. When the population of mongooses increased,
the population of snakes decreased, causing a
drop in the population of mongooses, choice d.
23. a. There was no mention of choice b in the pas-
sage. Choice c is true, but not as directly related
to snake disappearance as choice a. Choice d is
false. Sailors did not bring prey for the snakes;
they brought a predator. There isn’t enough
information to support choice e, and even if it
were true, it wouldn’t be directly related to the
disappearance of snakes.
24. b. There is no support for other statements in the
passage.
25. b. Someone who has blood type B can donate
blood to those who don’t have antibodies for B.
These include other people with type B blood
(they have antibodies for A only) and those with
type AB blood (they don’t have any antibodies).
26. c. Levels of norepinephrine rise when there is a
potential for danger, stress, or excitement.
Choice c, petting a rabbit, is the only choice
that would tend to calm, rather than scare or
excite, a person.

27. a. Salty foods are less prone to bacterial attack
because most bacteria can’t grow in environ-
ments that are too salty. Being anemic (choice b)
is not related to bacteria. Choice c is inconsis-
tent with the question. Choices d and e are not
true and are inconsistent with the question.
28. b. Natural selection is the process whereby the
members of the species who are best able to sur-
vive and reproduce in an environment thrive,
passing their genes on to next generations. The
pollution in the environment selected for dark-
ness in peppered moths.
29. d. Penguins are birds. They hatch from eggs and
have wings. They are not mammals; they don’t
give birth or breastfeed their young.
30. c. Whales are not primates. Primates have five dig-
its on each hand and foot, binocular vision, and
flexible shoulder joints.
– GED SCIENCE PRACTICE QUESTIONS–
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31. a. This diagram corresponds to the correct
arrangement of Earth, moon, and the sun dur-
ing a solar eclipse. The moon is located between
the Earth and the sun, blocking the Earth’s view
of the sun. It also corresponds to the correct
orbits, with the moon orbiting around the
Earth, and the Earth around the sun. Choice b is
wrong because it shows the sun orbiting around
the Earth, and the moon around the sun. Choice
c is wrong because the Earth, moon, and sun are

not aligned as they should be during an eclipse,
and the moon is not orbiting around the Earth.
Choice d shows correct orbits, but the moon is
not blocking the sun from the Earth’s view. In
fact, choice d corresponds to a lunar eclipse.
Choice e is wrong because it shows the Earth
and the sun orbiting around the moon.
32. a. Sunlight is caused by nuclear reactions on the
sun, not by convection currents of molten rock
within the Earth mantle.
33. e. Ozone cannot directly change the surface of the
Earth. Processes in a through d can.
34. d. When it’s summer in the Northern Hemisphere,
it is winter in the Southern Hemisphere, and
vice versa (choices II and IV). On average, the
Southern Hemisphere is not warmer than
Northern Hemisphere (choice I). The sun
always sets in the west, everywhere on Earth.
35. b. Humidity is a measure of the amount of water
vapor in air.
36. b. A light-year is a measure of the distance that
light travels in a year (about 5.88 trillion miles).
37. a. The passage states that the sun will first expand
(not shrink—choices b, c, and e) when it runs
out of hydrogen (not helium—choice d), and
then 500 million years later, it will shrink.
38. c. Choice c is the correct answer based on the
passage.
39. b. Webbed feet enable ducks to swim better by
increasing the surface area on their feet. In

swimming, being hydrodynamic, not aerody-
namic, is important (choice a). Stuck particles
between a duck’s toes, choice c, would most
likely not be a frequent problem. Webbed feet
would not affect the duck’s density, choice d,by
much. The rate of heat loss, choice e,may be
slightly higher because of larger surface area, but
heat loss is not essential for swimming.
40. d. The top division on the graduated cylinder is
the 10 ml mark. There are 10 divisions, so each
one is 1 ml. The bottom of the meniscus is
between 7 ml and 8 ml, so 7.5 ml is the best
answer.
41. b. This is what the object looks like when it is
inverted left to right (mirror image). When the
object is flipped upside down, there is no change
in its appearance.
42. b. This is a statement that can’t be tested by scien-
tific means. All the others can.
43. b. Choice a is not consistent with observation II.
Choices c and d are not testable and are there-
fore invalid. Choice
e is not relevant to the
observations.
44. c. This is the only statement supported by the
graph.
45. c. Tropical rain forests are the most productive.
46. e. The number of species lost was greatest in ants.
47. b. “She also found that the decrease in volume was
highest in the container with the largest radius.

In container 1, volume decrease was barely
detectable.” Choice d and e are false because the
container with the larger radius reached the set
temperature faster.
48. d. There is nothing wrong with I and IV. Using dif-
ferent hot plates can have an effect because
some hot plates may be heating more efficiently
than others. Heating water in all the containers
– GED SCIENCE PRACTICE QUESTIONS–
288
for the same amount of time, rather than up to
a fixed temperature, would be better because the
rate of evaporation is the amount of water lost
per unit of time. By using different times, the
student is changing an important variable.
49. c. Choice a is wrong because initially, the concen-
tration decreases. There is no information about
the product on the chart, so choice b is incor-
rect. Choice d is wrong because at 500 seconds,
the concentration is not zero. Choice e is wrong
because at 300 seconds, the concentration is
lower than at other times, at the start of the
experiment.
50. e. This is the weakest argument because it is justi-
fied with authority, tradition, and past belief,
rather than scientific facts. People have been
wrong in the past, and noting that something
has been done a certain way for years does not
mean that there are no better ways, and it is not
a convincing scientific argument.

51. e. The passage states that Pluto’s density is closer
to an asteroid’s than to any of the planets’. This
would lead the reader to think that Pluto, based
on its density, may be an asteroid. But the pas-
sage states that this is not the case and does not
give arguments to support the statement. The
statements in all other choices are supported
with facts.
52. b. Binoculars are used to view objects or animals
in the distance. They don’t have the kind of
magnification necessary for studies in choices a,
c, d, and e.
53. b. Choices a and e are not relevant. Choices c and
d are false.
54. c. The soda bubbles you see when you open a can
are made of carbon dioxide gas that was dis-
solved in the soda under pressure. Pressure is
not used to dissolve carbon dioxide in any of the
substances described in the other choices.
55. b. The instrument is a compass, used to find direc-
tions of the world.
56. d. The needle on the compass responds to the
Earth’s magnetic poles.
57. c. Choice a is already being done, and since the
antibiotics weren’t directly making people ill
(choice e), these measures wouldn’t be neces-
sary. There is nothing that indicates that all
meat from South Dakota has salmonella or that
meat from everywhere else is always healthy, so
choice b would not be necessary. Choice d is

wrong because antibiotics are not resistant to
salmonella; some salmonella is resistant to
antibiotics.
58. d. The statement, as noted in the previous ques-
tion, is false.
59. d. Taking too many minerals can lead to poison-
ing. None of the other choices was discussed in
the passage or listed in the table.
60. b. No other mineral deficiency has this symptom.
61. b. The table lists that the function of both calcium
and phosphorous is the formation of healthy
bones and teeth.
62. d. While alcohol damages other tissues as well,
most alcoholics first experience liver failure.
One of the functions of the liver is to rid the
body of toxins. Alcohol is a toxin to the body.
63. c. Only certain contagious diseases can be trans-
mitted through kissing. Health problems associ-
ated with the other choices are not contagious.
One can’t get lung cancer, a brain tumor, dia-
betes, or Down’s syndrome by kissing someone
who has it.
64. b. The graph shows that the level of LH rapidly
rises right before the 14th day of the cycle, and
then falls.
65.
b. Only the action in choice b involves friction (of
one hand against the other).
66. d. The boiling point decreases with increasing
pressure. So, the lower the pressure, the higher

– GED SCIENCE PRACTICE QUESTIONS–
289
the boiling point. At high altitudes, the atmo-
spheric pressure is low, so the boiling point
should be higher at higher altitudes. The highest
altitude listed is at the top of Mount Everest.
67. a. A diver would want to take a lot of oxygen with-
out letting the tank get too bulky. Other choices
are either false (choices d and e) or not a major
concern (choices b and c).
68. e. According to the graph, at 40° C, about 250
grams of sugar can be normally dissolved in 100
grams of water. In order to make rock candy,
this amount has to be exceeded.
69. d. There is no pollution or waste associated with
solar energy.
70. c. The passage explained that other scientists at the
time mistakenly thought that the heart uses up
blood. Choices a, b, and e are not misconcep-
tions. Choice d was not mentioned in the
passage.
71. d. The passage explained that Harvey did I, II, and
IV. Although he also calculated the amount of
blood that passes through the heart every hour,
he did not count the blood cells one by one
(III), nor did he have the technology to do that.
72. d. There was no mention of Einstein in the pas-
sage. All the other statements were made.
73. b. Danger II was mentioned in the passage. Curie
died of leukemia because of lifelong exposure to

radiation. Danger I is true, but was not dis-
cussed in the passage. Danger III is false; radia-
tion does not cause chemotherapy. Radiation is
applied in chemotherapy.
74. d. Statements I, III, and IV were made in the pas-
sage. Statement II is true, but it does not prove
that the Earth is round and was not discussed in
the passage.
75. c. The whole passage is focused on listing evidence
that the Earth is round, not flat. Choice a is not
a misconception. Choices b, d, and e were not
discussed in the passage.

Glossary Of Terms: Science
acceleration the rate that velocity changes per unit of
time and the direction it changes in, computed from
the change in velocity divided by the change in time.
Common units are meters per second squared (m/s
2
).
acceleration due to gravity the acceleration of
an object that is only acted on by the force of the
Earth’s gravity. This value is given the symbol g, and
near the surface of the Earth, it has a value of approx-
imately 9.8 m/s
2
. The direction of acceleration due to
gravity is downward.
accuracy the closeness of an experimental measure-
ment to the accepted or theoretical value

acid a proton donor substance. The pH of an acid is
less than 7.
analysis a stage in the scientific method where pat-
terns of the observations are made
aqueous solution a solution in which the solvent is
water
arteries the vascular tissues that carry blood away
from the heart
astronomy the study of the planets, stars, and space
atom the smallest structure that has the properties of
an element. Atoms contain positively charged protons
and uncharged neutrons in the nucleus. Negatively
charged electrons orbit around the nucleus.
ATP (adenosine triphosphate) a chemical considered
the “fuel” or energy source for an organism
atria the chambers of the heart that receive blood
base a proton acceptor substance. The pH of a base is
greater than 7.
calibration the examination of the performance of
an instrument in an experiment whose outcomes are
known, for the purpose of accounting for the inaccu-
racies inherent in the instrument in future experi-
ments whose outcomes are not known
capillaries vascular tissues that receive blood from
the arterioles and releases the blood to the venuoles
catalyst an agent that changes the rate of a reaction,
without itself being altered by the reaction
celestial equator the extension of the Earth’s
equator out onto the celestial sphere
celestial poles the extension of the Earth’s north

and south poles onto the celestial sphere
celestial sphere the imaginary sphere that all the
stars are viewed as being on for the purposes of locat-
ing them
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cell membrane an organelle found in all cells that
acts as the passageway through which materials can
pass in and out. This organelle is highly selectively
permeable, only allowing materials to pass through
that it “chooses” chemically.
cell wall an organelle found primarily in plant cells
and fungi cells, and also some bacteria. The cell wall is
a strong structure that provides protection, support,
and allows materials to pass in and out without being
selectively permeable.
centripetal force the net force that acts to result in
the centripetal acceleration. It is not an individual
force, but the sum of the forces in the radial direction.
It is directed toward the center of the circular motion.
chemical change a process that involves the for-
mation or breaking of chemical bonds
chromosome an organelle that contains the entire
DNA of the organism
component the part of a vector that lies in the hor-
izontal or vertical direction
compound a substance composed of more than one
element that has a definite composition and distinct
physical and chemical properties
concentration a measure of the amount of solute

that is present in a solution. A solution that contains
very little solute is called dilute. A solution that con-
tains a relatively large amount of solute is said to be
concentrated.
conclusion the last stage of the scientific method,
where explanations are made about why the patterns
identified in the analysis section occurred
constellation an apparent grouping of stars in the
sky that is used for identification purposes. These stars
are not necessarily near each other in space, since they
are not necessarily the same distance from the Earth.
continental rift the region on a continent where
new crust is being created, and the plates on either
side of the rift are moving apart
convergent boundary a boundary between two of
the Earth’s plates that are moving toward each other
cosmology the study of the formation of the
universe
crystal a solid in which atoms or molecules have a
regular repeated arrangement
current the flow of charge past a point per unit time;
current is measured in amperes (A)
cuticle the top layer on a leaf. It is a nonliving layer
consisting primarily of wax that is produced by the
epithelium, a cell layer directly underneath.
cytoplasm a jelly-like substance located in the cell
where all of the internal organelles can be found. The
cytoplasm consists primarily of water and supports
the cell and its organelles.
cytoskeleton organelles that are the internal

“bones” of the cell. They exist in thick and thin
tubules.
decibel a unit of measure for the relative intensity of
sounds
declination the celestial coordinate similar to that of
latitude on the Earth. Declination measures how
many degrees, minutes, and seconds north or south of
the celestial equator an object is.
delta a fan-shaped deposit of material at the mouth of
a river
density the mass of a substance for a given unit vol-
ume. A common unit of density is grams per milliliter
(g/ml).
displacement the change in position of an object,
computed by calculating the final position minus
the initial position. Common units of measure are
meters (m).
divergent boundary a boundary between two of
the Earth’s plates that are moving away from each
other
DNA contains all genetic material for an organism.
The smallest units of DNA are called nucleotides.
ecliptic the apparent path of the sun across the sky
over the course of a year
electric potential energy the energy due to an
object’s position within an electric field
electromagnetic wave a light wave that has an
electric field component and a magnetic field com-
ponent. An electromagnetic wave does not require a
medium to travel through.

electrostatic force the force that exists between
particles due to their charge. Particles of like charge
repel, particles of unlike charge attract.
element the smallest entity that has distinct chemical
properties. It cannot be decomposed by ordinary
chemical reactions.
ellipse a geometric shape that is formed when a plane
intersects with a cone. In this case, the plane intersects
the cone at an angle, so that a shape similar to a circle
– GED SCIENCE PRACTICE QUESTIONS–
291
but stretched in one direction is formed. The orbits of
the planets around the sun represent ellipses.
endoplasmic reticulum an organelle that is used
to transport proteins throughout the cell
energy the ability to do work or undergo change.
Kinetic energy is the energy of motion, while poten-
tial energy is stored energy.
epicycle smaller circles on which the planets traveled
around the Earth in the geocentric model of the solar
system. Epicycles were used to explain the retrograde
motion of planets and help make the predicted posi-
tions of the planets match the observed positions.
equilibrium a state at which the forward and reverse
reactions proceed at the same rate
focal length the distance from a focal point to a mir-
ror or lens
force that which acts on an object to change its
motion; a push or pull exerted on one object by
another. Common units are newtons (N).

freefall an object in one-dimensional motion that is
only acted on by the force of the Earth’s gravity. In this
case its acceleration will be –g or g downward.
frequency the number of cycles or repetitions per
second. Frequency is also often measured as the num-
ber of revolutions per second. The common units
of frequency are hertz (Hz), where one hertz equals
1 cycle/second.
frictional force the force that acts parallel to sur-
faces in contact opposite the direction of motion or
tendency of motion
functional group a group of atoms that give a mol-
ecule a certain characteristic or property
gel electrophoresis a process used in laboratories
to determine the genetic makeup of DNA strands.
This process involves the movement of chromosomes
through a gel from one pole to the other. Magnetism
is used to pull the chromosomes through the gel.
geocentric model the model of the solar system
that places the Earth at the center with the planets and
the sun orbiting around it
geology the study of rocks and minerals
glacier a large mass of snow-covered ice
Golgi apparatus an organelle that packages pro-
teins so that they can be sent out of the cell
gravitational force the attractive force that exists
between all particles with mass
heliocentric model the model of the solar system
that places the sun at the center with the planets orbit-
ing around it

heterogeneous a mixture that is not uniform in
composition
homogeneous a mixture in which the components
are uniformly distributed
hydrate a crystal of a molecule that also contains
water in the crystal structure. If the water evaporates,
the crystal becomes anhydrous.
hydrology the study of the Earth’s water and water
systems
hypothesis a step in the scientific method where a
prediction is made about the end result of an experi-
ment. A hypothesis is generally based on research of
related data.
igneous rock a rock formed through the cooling of
magma
image distance the distance from an image to a
mirror or lens
inertia the tendency of an object to follow Newton’s
first law, the Law of Inertia. That is the tendency of an
object to remain at rest or in motion with constant
velocity unless acted on by a force.
inorganic a material that is neither plant nor animal
in origin
intensity the power per unit area of a wave; measured
in watts/m
2
ion an atom that has either lost electrons to become a
positively charged cation, or has gained electrons to
become a negatively charged anion
isomers substances that have the same molecular

formula (same number of elements) in different
arrangements
isotopes atoms of the same element, with different
numbers of neutrons, and hence a different atomic
mass
Jovian planet one of the outer planets of the solar
system that have characteristics similar to that of
Jupiter. They are also called gas planets. They are large,
have high mass, have many moons, may have rings,
are far from the sun and each other, have thick atmos-
pheres, are gaseous and have low density, have a com-
position similar to that of the sun, have short rotation
rates, and have long revolution periods around the
sun. The Jovian planets are Jupiter, Saturn, Uranus,
and Neptune.
– GED SCIENCE PRACTICE QUESTIONS–
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kinetic energy the energy due to an object’s motion
or velocity
land breeze the breeze that develops on the shore-
line due to unequal heating of the air above the land
and ocean. Land breeze occurs at night when the air
above the land is cooler and the air above the ocean is
warmer. The breeze blows from the land to the sea.
latitude the coordinate used to measure positions on
the Earth north or south of the Earth’s equator. Lati-
tude is measured in degrees, minutes, and seconds.
Zero degrees latitude is the Earth’s equator.
longitude the coordinate used to measure positions
on the Earth east or west of the prime meridian,

which goes through Greenwich, England. Longitude is
measured in degrees, minutes, and seconds.
longitudinal wave a wave that has the direction of
motion of the particles in the medium parallel to the
direction of motion of the wave. Sound is an example
of a longitudinal wave.
mass the amount of matter in an object; also a meas-
ure of the amount of inertia of an object. Common
units are kilograms (kg).
meander a broad curve in a river
meiosis a process of cellular reproduction where the
daughter cells have half the amount of chromosomes.
This is used for purposes of sexual reproduction to
produce sex cells that will be able to form an offspring
with a complete set of chromosomes with different
DNA than the parents.
meniscus the curved surface of a liquid in a con-
tainer, caused by surface tension
metamorphic rock a rock whose crystal structure
has been changed through heat and/or pressure
meteorology the study of the Earth’s atmosphere
and weather
mid-oceanic ridge a region under the ocean where
new crust is being created, and the plates on either
side of the ridge are moving apart
mineral a naturally occurring element or compound
found in the Earth’s crust
mitochondria an organelle that produces ATP
mitosis a process in which cells produce genetically
identical offspring

mixture a physical combination of different
substances
mole the amount of substance that contains as many
particles as there are atoms in 12 grams of the carbon
12 isotope (6.022 × 10
23
particles)
molecular mass the sum of the atomic masses in a
molecule
molecule a substance formed by a chemical bond
between two or more atoms
net force the vector sum of all the forces acting on
an object
newton the metric and System International unit of
force. One newton equals one kg/s
2
.
nonrenewable resource a resource that is not
replaced in nature as quickly as it is used. In many
cases, it is not replaced or re-formed at all.
normal force this force acts between any two sur-
faces in contact. It is the part of the contact force that
acts normal or perpendicular to the surfaces in
contact.
nucleolus an organelle found inside a nucleus that is
responsible for the production of ribosomes
nucleotide the smallest unit of DNA. There are five
different types of nucleotides: adenine, guanine,
thymine, cytosine, and uracil. The arrangement of
genes is based directly on the specific arrangement of

nucleotides.
nucleus an organelle in a cell that contains all the
DNA and controls the functions of the cell
object distance the distance from an object to a
mirror or lens
oceanography the study of the Earth’s oceans
orbit the path an object takes as it travels around
another in space
organic a material that is plant or animal in origin
oxbow lake a crescent-shaped lake formed when a
meander is cut off from the river it was part of
oxidation the loss of electrons by a substance in a
chemical reaction
parallel circuit a circuit with more than one path
for the current to follow
period the time, often measured in seconds, for one
complete repetition or rotation
phloem vascular tissue found in plants that trans-
ports mostly sugar and water; can travel either “shoot
to root” or “root to shoot.”
photon a particle of light. A discrete amount of light
energy where a single photon of light is the smallest
unit of light energy possible.
photosynthesis a process by which the sunlight’s
energy, water, and carbon dioxide are transformed
into sugar and oxygen
– GED SCIENCE PRACTICE QUESTIONS–
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physical property a property that can be observed
without performing a chemical transformation of that

substance
plate tectonics the theory in which Earth’s crust is
made up of many plates that float on the mantle. This
theory explains the movement of the continents, the
formation of mountains, earthquakes, volcanoes,
and the existence of mid-oceanic ridges.
polymer a large molecule made up of repeating units
of one or more small molecules (monomers)
position the location of an object in a coordinate sys-
tem. Common units of measure are meters (m).
potential difference the difference in electric
potential energy per unit charge between two points.
This is commonly called voltage. The common units
of measure for potential difference are called volts.
potential energy the energy due to an object’s posi-
tion or state
precession the process by which the Earth’s axis
traces out a circle on the celestial sphere
precision the measurement of the closeness of meas-
urements obtained from two or more experimental
runs
pressure force per unit area. Units used to measure
pressure are torr, atmosphere (atm), and pascal (pa).
procedure a logical list of steps that explain the
exact actions taken to perform an experiment
projectile an object in two-dimensional motion that
has a vertical acceleration equal to −g (or g down-
ward) and a horizontal acceleration of zero
protein synthesis a process by which DNA will
transport its information by way of RNA to the ribo-

somes where proteins will be assembled
qualitative observation an observation that
includes characteristics other than amounts or meas-
urements; may include shapes, colors, actions, and
odors
quantitative observation an observation that
includes characteristics of measurements or amounts
radiation the emission of energy
reactant a substance that is consumed in a chemical
reaction to form products
reduction the gain of electrons by a substance in a
chemical reaction
renewable resource a renewable resource is
replaced in nature as quickly as it is used
resistance the resistance to the flow of electrons
through a circuit. The resistance is dependant on the
current flowing through the circuit element and the
voltage across the circuit element; resistance is meas-
ured in ohms.
respiration a process by which sugar is converted
into ATP and carbon dioxide; may include oxygen,
which is called aerobic respiration
retrograde motion the apparent westward motion
of objects in the sky from one night to another
reversible reaction a reaction in which products
can revert back into reactants
ribosome an organelle where protein synthesis
occurs; can be found floating freely in the cytoplasm
or attached to the outside of endoplasmic reticulum
right ascension the celestial coordinate similar to

that of longitude on the Earth. Right ascension is
measured in hours, minutes, and seconds, with 24
hours making up 360° around the celestial sphere.
river system a river and its associated tributaries
and drainage basin
RNA ribonucleic acid; responsible for transmitting
genetic information from the DNA to the ribosomes
for protein synthesis
rock cycle the rock cycle summarizes how rocks of
different types are formed and how they can be trans-
formed from one type into another
scalar a quantity that has a magnitude or amount
only
scientific method a process by which data is col-
lected to answer an integral question. The major steps
are problem, hypothesis, research, procedure, obser-
vations and data collection, analysis of data, and
conclusion.
sedimentary rock a rock made up of sediments
that have been deposited and compacted and
cemented over time
sea breeze the breeze that develops on the shoreline
due to unequal heating of the air above the land and
ocean. Sea breeze occurs during the day when the air
above the ocean is cooler and the air above the land is
warmer. The breeze blows from the sea to the land.
series circuit a circuit with only one path for the
current to follow. The current in each element in a
series circuit is the same.
solubility the amount of solute that can be dissolved

completely in a solvent at a given temperature
– GED SCIENCE PRACTICE QUESTIONS–
294
solution a homogeneous mixture of a solute (usually
solid, but sometimes liquid or gas) in a solvent (usu-
ally a liquid, but sometimes a solid or gas)
speed the magnitude of velocity. It measures the rate
position changes with time without regard to the
direction of motion; common units are meters per
second (m/s).
speed of light The speed of light in a vacuum is the
fastest speed possible. As light travels in other materi-
als, it will change speed. The speed of light in any
material is still the fastest speed possible in that mate-
rial; commonly denoted by the symbol c.
spindle fiber an organelle used during mitosis and
meiosis that separates and “pulls” chromosomes
towards the opposite poles of the cell
spontaneous reaction a reaction that does not
require an external source of energy to proceed
star a body composed mostly of hydrogen and
helium that radiates energy and that has fusion
actively occurring in the core
states of matter solid, liquid, and gas. In solids,
atoms or molecules are held in place. The shape and
volume of a solid usually do not vary much. In liquids,
atoms or molecules can move, but their motion is
constrained by other molecules. Liquids assume the
shape of their container. In gases, the motion of atoms
or molecules is unrestricted. Gases assume both the

volume and the shape of their containers, and they are
easily compressible.
temperature the measure of the average kinetic
energy of the molecules of a substance
tension the force that acts and is transferred along
ropes, strings, and chains
terminal moraine a ridge of material deposited by
a glacier at its farthest point of advance
terrestrial planet one of the inner planets of the
solar system that have characteristics similar to that of
the Earth. They are small, have low mass, have few or no
moons, have no rings, are close to the sun and close to
each other, have thin or no atmosphere, are rocky and
have high density, have long rotation rates, and have
short revolution periods around the sun. The terres-
trial planets are Mercury,Venus, Earth, and Mars.
topography the study of the surface features of the
planet primarily through mapping
transverse wave a wave that has the direction of
motion of the particles in the medium perpendicular
to the direction of motion of the wave.
uniform circular motion motion with constant
speed in a circle. Since the direction of the velocity
changes in this case, there is acceleration even though
the speed is constant.
valence electrons electrons that are in the outer
atomic shell and can participate in a chemical reaction
vector a quantity that has both a magnitude (an
amount) and a direction. In one-dimensional motion,
direction can be represented by a positive or negative

sign. In two-dimensional motion, the direction is rep-
resented as an angle in the coordinate system.
veins in plants, found in the leaves; sometimes called
the vascular bundle that contains the xylem and
phloem. In animals, tube-like tissue that usually trans-
ports blood.
velocity the rate that a position changes per unit time
and the direction it changes in. Common units are
meters per second (m/s).
ventricles chambers found in animal hearts that
pump blood away from the heart
voltage another name for potential difference
voltmeter a device used to measure voltage in a
circuit
water cycle the movement of water between the
land, oceans, and atmosphere
weight the force of the Earth’s gravity on an object.
Near the surface of the Earth, the weight is equal to
the object’s mass times the acceleration due to gravity
(w = mg).
xylem vascular tissue found in plants that transports
water in one direction: “root to shoot.” This is the
water that will be sent to the photosynthetic cells in
order to perform photosynthesis.
– GED SCIENCE PRACTICE QUESTIONS–
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297
PART
V

The GED
Language Arts,
Reading Exam
I
n this section, you will learn about the GED Language Arts, Reading Test.You
will find out what the test is like, what kind of passages and questions to expect, and
how to tackle those questions. You will also review the genres and elements of liter-
ature and the fundamental reading comprehension skills you need to do well on this exam.
At the end of this section, you will find 65 practice questions like those you will see on the
GED exam.
Before you begin this chapter, take a few minutes to do the following short pretest. The
passages and questions are the same type you will find on the Language Arts, Reading Test.
When you are finished, check the answer key carefully to assess your results. Your pretest
score will help you determine how much preparation you need and the areas in which you
need the most careful review and practice.

Pretest: GED Language Arts,
Reading
Directions: Read the following passages carefully. Choose
the best answer to each multiple-choice question.
To practice the timing of the exam, take approxi-
mately 15 minutes to complete this pretest. Record your
answers on the answer sheet provided here.
Note: On the GED, you are not permitted to write in
the test booklet. Make any notes on a separate piece of
paper.
Questions 1 through 5 refer to the following poem.
Passage I: How does the speaker
feel about eagles?
The Eagle

(1) He clasps the crag with crooked hands;
(2) Close to the sun in lonely lands,
(3) Ringed with the azure world, he stands.
(4) The wrinkled sea beneath him crawls;
(5) He watches from his mountain walls,
(6) And like a thunderbolt he falls.
—Alfred Lord Tennyson, “The Eagle,” 1851
1. The “he” that the speaker refers to in the poem is
a. the poet.
b. the speaker.
c. an eagle.
d. a man on a mountain.
e. the reader.
2. In line 6, the speaker compares the eagle to a
thunderbolt. This comparison suggests that the
eagle
a. was hit by a thunderbolt.
b. is as powerful as a thunderbolt.
c. is as loud as a thunderbolt.
d. is flying during a storm.
e. is out of control.
3. The poet’s goal is most likely to
a. make the reader feel as lonely as the eagle.
b. paint a detailed picture of an eagle on a
mountain.
c. convey the magnificence and power of eagles.
d. convince the reader to get involved in saving
endangered species.
e. tell a story about a special eagle.
4. Line 6 tells us that the eagle “falls” from the

mountain. The eagle is most likely
a. falling because it was hit by a lightning bolt.
b. dying.
c. going to look for another eagle.
d. going down toward the sea where it is not so
close to the sun.
e. going after an animal that it spotted from the
mountain.
5. If the poet could belong to a contemporary
organization, which group might he join?
a. National Association for the Advancement of
Colored People
b. The World Wildlife Fund
c. National Human Rights Organization
d. International Mountain Climbers Club
e. The Vegetarian Society
– THE GED LANGUAGE ARTS, READING EXAM–
298
1. abcde
2. abcde
3. abcde
4. abcde
5. abcde
6. abcde
7. abcde
8. abcde
9. abcde
10. abcde
ANSWER SHEET
Questions 6 through 10 refer to the following excerpt.

Passage II: What is bothering John
Wade?
In late November of 1968, John Wade extended
his tour for an extra year. He had no meaningful
choice. After what happened at Thuan Yen, he’d
lost touch with some defining part of himself.
He couldn’t extricate himself from the slime.
“It’s a personal decision,” he wrote Kathy.
“Maybe someday I’ll be able to explain it, but
right now I can’t leave this place. I have to take
care of a few things, otherwise, I won’t ever get
home. Not the right way.”
Kathy’s response, when it finally came, was
enigmatic. She loved him. She hoped it wasn’t a
career move.
Over the next months, John Wade did his
best to apply the trick of forgetfulness. He paid
attention to his soldiering. He was promoted
twice, first to spec four, then to buck sergeant,
and in time, he learned to comport himself with
modest dignity under fire. It wasn’t valor, but it
was a start. In the first week of December, he
received a nasty flesh wound in the mountains
west of Chu Lai. A month later, he took a half
pound of shrapnel in the lower back and thighs.
He needed the pain. He needed to reclaim his
own virtue. At times, he went out of his way to
confront hazard, walking point or leading night
patrols, which were acts of erasure, a means of
burying one great horror under the weight of

many smaller horrors.
Sometimes the trick almost worked. Some-
times he almost forgot.
In November of 1969, John Wade returned
home with a great many decorations. Five
months later, he married Kathy in an outdoor
ceremony, pink and white balloons bobbing
from the trees, and just before Easter, they
moved into the apartment in Minneapolis.
“We’ll be happy,” Kathy said, “I know it.”
John laughed and carried her inside.
—Tim O’Brien, from In the Lake of the Woods (1994)
6. John Wade extends his tour of duty in Vietnam
because
a. he is required to serve another year.
b. he is looking for something he lost.
c. he doesn’t want to see Kathy.
d. he needs to come to terms with something
he’s done.
e. he needs to heal from his physical wounds.
7. After he extends his tour, John Wade sometimes
“went out of his way to confront hazard” (lines
25–26). He does this because
a. he wants to die.
b. he hopes it will help him forget.
c. he thinks he is invincible.
d. he hopes it will get him another promotion.
e. he wants Kathy to think he is brave.
8. The excerpt tells us that John Wade “did his best
to apply the trick of forgetfulness” (lines 14–15)

and that “Sometimes the trick almost worked.
Sometimes he almost forgot” (lines 30–31). What
is it that John is trying to forget?
a. Kathy, because his love for her distracts him
from his soldiering
b. his career plans, because he might never come
home
c. something terrible that occurred in Thuan Yen
d. something terrible he did at Chu Lai
e. something terrible that happened to him as a
child
9. Kathy tells John, “We’ll be happy I know it.”
The excerpt suggests that
a. John has healed emotionally and physically,
and Kathy is right.
b. John may be healed physically, but not
emotionally.
c. Kathy is lying to herself and did not really
want to marry John.
d. Kathy is worried that John does not really
love her.
e. Kathy knows John can’t be happy without her.
– THE GED LANGUAGE ARTS, READING EXAM–
299
(1)
(5)
(10)
(15)
(20)
(25)

(30)
(35)
10. The excerpt suggests that reading this story can
help us
a. know what to do if we are ever in a combat
situation.
b. understand how difficult it is to have a happy
marriage.
c. realize that sometimes bad things are best
forgotten.
d. understand the importance of bravery in
combat.
e. understand the experience of Vietnam
veterans.
Pretest Answers and Explanations
1. c. The poem describes an eagle sitting on a moun-
tain crag. Though the word eagle does not
appear in the poem, it is the title of the poem,
indicating to readers that the lines that follow
will be about an eagle. The title rules out the
poet (choice a), the speaker of the poem (choice
b), and the reader (choice e) as answers. It is
possible that the lines could be describing a man
(choice d), but again, the title makes it clear that
the poem is about an eagle.
2. b. This simile suggests the power of the eagle.
Thunderbolts are powerful, a force of nature
beyond human control. By comparing an eagle’s
determined flight (plummeting toward the sea),
the poet captures the bird’s power. The speaker

does not tell us that the bird was hit by a thun-
derbolt (choice a); he compares the bird to a
thunderbolt. Thunderbolts are loud (choice c),
but the comparison is made to how the eagle
falls (flies), not how it sounds, so c is incorrect.
There is no evidence of a storm in the poem, so
choice d is incorrect. The controlled meter and
rhyme of the poem and the sense of purpose
conveyed in line 5 (“He watches from his moun-
tain walls”) suggest that the eagle will fly when it
is ready, when it spots prey. It does not suggest
that the bird is out of control, so choice e is
incorrect.
3. c. The poem’s word choices convey the feeling of
the eagle’s power and magnificence. The eagle is
“ringed with the azure world” as if he is wearing
a crown; “he stands” is set off to suggest his
strength and the fact that he is set apart from
others in his power and beauty. He is compared
to a thunderbolt, a powerful and magnificent
force of nature. Choice a is incorrect because
though the speaker mentions that the bird lives
“in lonely lands,” the tone of the poem doesn’t
convey a feeling of loneliness. The focus is on
the eagle’s actions (clasping, standing, watching,
falling). Choice b is incorrect because there are
few details about the appearance of the eagle
himself. His environment is described (high up
on a mountain), but we do not know what the
eagle himself looks like. Choice d is incorrect

because there is no attempt to persuade readers
to get involved in saving endangered species.
Appreciating eagles may lead someone to get so
involved, but that is not the goal of the poem.
The poem also does not tell a story—there is
very little action and no conflict—so choice e is
incorrect.
4. e. Line 5 states that the eagle “watches from his
mountain walls.” This suggests that he is looking
for something, perhaps prey, and waiting for the
right moment to swoop down towards the sea.
Choice a is incorrect because there is no sugges-
tion of a storm; the thunderbolt is used only as a
comparison. Choice b is incorrect because there
is no evidence that the eagle is dying. There are
several active verbs in the poem that convey the
eagle’s strength. There is no evidence that the
eagle is searching for another eagle (choice c) or
that he simply wants to get away from the sun
(choice d). Because he falls “like a thunderbolt,”
there is a suggestion of definite purpose in the
eagle’s action.
5. b. The poem conveys a respect for eagles, suggest-
ing that the poet cares deeply about animals.
The organization he would most likely join is
the World Wildlife Fund. The poem does not
convey how the poet feels about civil rights,
human rights, mountain climbing, or eating
meat, so choices a, c, d, and e are incorrect.
– THE GED LANGUAGE ARTS, READING EXAM–

300
6. d. The first paragraph reveals that John Wade
needs to come to terms with something he’s
done. The lines “After what happened at Thuan
Yen, he’d lost touch with some defining part of
himself” and his letter to Kathy (“It’s a personal
decision right now I can’t leave this place. I
have to take care of a few things, otherwise, I
won’t ever get home. Not the right way.”) tell us
that he was involved in something deeply dis-
turbing at Thuan Yen. It is clear from the first
paragraph that he chose to extend his tour, so
choice a is incorrect. He is looking for some-
thing he lost, but only metaphorically, not phys-
ically, so choice b is incorrect. There’s no
evidence that he doesn’t want to see Kathy, so
choice c is incorrect. He doesn’t get his physical
wounds until after he extends his tour, so choice
e is also incorrect.
7. b. The full sentence reads, “At times, he went out of
his way to confront hazard, walking point or
leading night patrols, which were acts of era-
sure, a means of burying one great horror under
the weight of many smaller horrors.” The great
horror is what happened at Thuan Yen; thus, he
confronts danger in order to bury (forget) that
horror. Choice a is incorrect because there is no
evidence that he wants to die; he was trying to
forget, not get killed. He wanted pain, but not
death. Choice c is incorrect because the passage

suggests that he was actually a bit of a coward:
“In time, he learned to comport himself with
modest dignity under fire. It wasn’t valor, but it
was a start.” There is no evidence that he is seek-
ing to get promoted, so choice d is incorrect. He
gets promoted because he “paid attention to his
soldiering” as a means of forgetting. There is no
suggestion that he is trying to impress Kathy, so
choice e is incorrect.
8. c. The main clue again comes from lines 3–5:
“After what happened at Thuan Yen, he’d lost
touch with some defining part of himself. He
couldn’t extricate himself from the slime.” This
event is what drives him to try to forget, to try
to come home “the right way.” There is no evi-
dence that he is distracted by Kathy, so choice a
is incorrect. Choice b is incorrect because the
passage does not discuss his career plans, other
than Kathy’s brief mention that she hopes his
extended tour “is not a career move.” Choice d is
incorrect because at Chu Lai, he gets wounded
in December; this is a month after he extends
his tour in an effort to forget. There is no evi-
dence that he is trying to forget something from
his childhood, so choice e is also incorrect.
9. b. Lines 30–31 tell us that “Sometimes the trick
almost worked. Sometimes he almost forgot.”
This suggests that he was unable to forget,
unable to heal. This in turn suggests that John is
still emotionally disturbed and that he and

Kathy may have a difficult marriage. Choice a is
therefore incorrect. The passage tells us that
Kathy loved John (line 12), and there is no evi-
dence that she might be lying to herself, that she
is afraid he doesn’t love her, or that he can’t be
happy without her. Choices c, d, and e are there-
fore incorrect.
10. e. The excerpt is clearly about a Vietnam soldier
who experiences something horrible during the
war and is having difficulty coming to terms
with what he’s seen and done. There is no advice
about how to behave in a combat situation, so
choice a is incorrect. The excerpt ends on the
day of their marriage, so choice b is incorrect.
The excerpt suggests that John needs to accept
what happened, not forget it, so choice c is
incorrect. The focus in the excerpt is on John’s
pain, not his performance in battle (in fact,
there are no details about any battles), so choice
d is also incorrect.
Pretest Assessment
How did you do on the pretest? If you answered seven or
more questions correctly, you have earned the equivalent
of a passing score on the GED. But remember, this
pretest is only ten questions. On the GED Language Arts,
Reading Exam, you will have 40 questions about texts
from a wide variety of genres and time periods. Even if
you passed this pretest, read the following chapters care-
fully. Use the pretest to help you determine where you
need to focus your study efforts.

– THE GED LANGUAGE ARTS, READING EXAM–
301

What to Expect on the Language Arts, Reading Exam
The Language Arts, Reading Exam tests your ability to understand both literary and nonfiction texts.You will be
asked to read these texts and then answer 40 multiple-choice questions about those passages. One-quarter (25%)
of those questions will be based on nonfiction passages; the other 75% will be based on literary texts, including
stories, poems, and plays. You will have 65 minutes for this exam.
Types of Passages
The reading passages on the GED, except poems, are typically between 200–400 words. Most of the passages will
be excerpts from larger works. Each exam will include:
■
one poem of 8–25 lines
■
one excerpt from a play
■
one commentary on the arts (most likely about a visual art experience, such as a film, museum exhibit, or
painting)
■
one business-related document (such as an excerpt from an employee manual)
■
one or more excerpts from fiction (novels and short stories) and nonfiction prose (essays, editorials/arti-
cles, autobiography/memoir)
CHAPTER
About the GED
Language Arts,
Reading Exam
IN THIS chapter, you will learn all about the GED Language Arts,
Reading Test, including what kind of questions and reading passages

to expect.
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