Rumm
MEET OUR TEAM
1
Team: ‘ 1 ’
PRESENT TO YOU…
ĐINH THỊ KIM NGÂN
LÊ CHÍ THIÊN
NGUYỄN THỊ NHUNG
Đinh Văn Quốc
2
T H E P O RT F O L I O O F
C U U LO N G P E T R O &
EXIM BANK
F IN AL RE P O RT
¥
Proposed supervisor: M. Fin. Nguyễn Thanh Hương
Course: Financial Investment
Class: 42K15.3
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GENERAL ANALY
SIS
World situation
2018
2019
Global
3.7
3.9
America
2.3
2.7
Japan
1.8
1.2
European
2.4
2.2
Germany
2.5
2.3
France
1.8
1.9
China
6.8
6.6
ASIAN – 5
5.3
5.3
(Include: Indonesia,
Malaysia,
Philippines, Thailand,
VietNam)
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GENERAL ANALY
SIS
Inflation
Country
2018
2019
Global
2.192 %
3.6 %
China
1.52 %
2.1 %
Europe
2.14 %
2.2 %
American
2.2 %
2.6 %
Japan
0.42 %
1%
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GENERAL ANALY
SIS
Public debt to GDP
Country
2018
2019
Global
225 %
318 %
China
46.96 %
50.10 %
American
74.5 %
55.58 %
Japan
237.647 %
238.225 %
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GENERAL ANALY
SIS
Political instability
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GENERAL ANALY
SIS
Year
2018
2019
Growth of GDP (%)
6.81 %
7.08 %
Agriculture, forestry and fishery (%)
2.90 %
3.76%
Industry and construction sector (%)
8.0 %
8.85 %
Service area (%)
7.44 %
7.03 %
The growth of Viet Nam
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GENERAL ANALYSI
S
Inflation
9
COMPANYANALY
SIS
EXIM BANK & CUULONG CORP
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CUY LONG CORP
Overview
Development history
Business fields
Company’s position
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EXIM BANK
Overview
Development history
Business services
Company’s position
RuM’s credit
4. ANALYZING FINANCIAL STATUS
CUY LONG CORP
Indicators
Year 2017
Year 2018
ROA
1.87%
4.69%
ROE
2.75%
6.98%
EPS
295
709.
12
RuM’s credit
4. ANALYZING FINANCIAL STATUS
CUY LONG CORP
Indicators
Year 2017
Year 2018
Current Ratio
1.87
1.80
Quick Ratio
0.89
1.13
Cash Ratio
0.09
0.04
13
RuM’s credit
4. ANALYZING FINANCIAL STATUS
CUY LONG CORP
Indicators
Year 2017
Year 2018
Total Assets Turnover
1.71
0.78
Account Receivable Turnover
7.35
3.91
Inventory Turnover
0.03
0.09
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RuM’s credit
4. ANALYZING FINANCIAL STATUS
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EXIM BANK
Indicators
Year 2017
Year 2018
Net interest income
2,667,818
3,206,895
Operating expenses
2,206,069
2,900904
Operating profit before provision for credit losses
1,622,155
1,550,674
Total assets
149,369,554
152,652,063
117,539,696
118,693,869
Profit before tax
1,017,579
827,128
Net profit after tax
822,830
660,590
Net gain/(loss) from sales of investment securities
62,621
-116,033
Deposits from customers
RuM’s credit
4. ANALYZING FINANCIAL STATUS
EXIM BANK
Indicators
Year 2017
Year 2018
ROA
0.59%
0.44%
ROE
5.94%
4.53%
EPS
699
537
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17
BUIDING
PORTFOLIO
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I. Collecting the datas
1. Collecting the datas of two stocks from 2/1/2018 to 30/8/2019
• Using the websites: to collect the datas of two stocks which named CCL, EIB and that of VNI
NDEX from 2/1/2018 to 30/8/2019.
By
using
formula:
the
following
Rt
: is the daily rate of return of the security (%)
Pt
: is the adjusted price of the stock on t
Pt+1
: is the adjusted price of the stock on t + 1
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We show the result of this part in the attachted excel file:
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2. The expected return of two stocks and the VNindex
• Apply formula and information of stock and VN index in our stock markets, we can calculate data as follo
w table below
•
Expected rate of return
CCL
EIB
Vnindex
0.2423 %
0.0892 %
0.0042 %
=> CCL and EIB stocks both have positive expected returns and are larger than VN's expected returns, so
choosing these two stocks in the portfolio will yield future returns for investors. However, the combination of these
two assets is more profitable than the market is not sure
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3. Standard deviation of two stocks and the VNindex
Standard deviation
2.851080 %
CCL
1.949830 %
EIB
VN index
1.1871868 %
=> Standard deviation measure the volatility of an investerment. The higher the , the risker the investerment.
Here, standard deviation of CCL is 2.851080 % and EIB is 1.949830 %, higher than VNI’s standard deviation. That means the risk of
both stocks is much higher than the market.
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4. Covariance and correlation coefficients of CCL and EIB
The covariance of two stocks is calculated by this formula:
, :
Rate of return at period t of stock CCL, EIB
E() , E() :
The expected rate of return on stock
N:
Number of time periods
The correlation between two stock is calculated by this formula:
: the covariance between CCL, EIB
: the standard deviation of CCL, EIB
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4. Covariance and correlation coefficients of CCL and EIB
• Cov = 0.000026 %
• Corr = 0.046826907 %
• => Covariance and the correlation coefficient between the two securities are positive, so that the yields of two sec
urities tend to move in the same direction as their average values over the same period, the correlation between tw
o securities less than one indicates that two securities have a linear relationship of the same direction, the same inc
rease or decrease
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5. The minimum variance frontier and the efficient frontier.
•
a. Minimum variance frontier:
•
In order to solve these issues, we will build optimal portfolios offering the maximum possible expected return for a given level of risk based on Modern portfolio theory of Markowitz. Accordi
ng to all steps below:
•
Step 1: Set up equations of proportion of funds in CCL, EIB. Then, calculate the expected rate of return, variance, standard deviation according to available dat
a
W(CCL)
W(EIB)
бP
E(RP)
б2P
Shape(S)
1
0
0
0.0024232
0.995
0.005
0.029267
0.00241554
0.000857
0.0804458
0.99
0.01
0.029121
0.00240789
0.000848
0.080587719
0.985
0.015
0.028974
0.00240023
0.00084
0.080730146
0.98
0.02
0.028829
0.00239257
0.000831
0.08087307
0.975
0.025
0.028683
0.00238492
0.000823
0.081016477
0.97
0.03
0.028538
0.00237726
0.000814
0.081160357
0.965
0.035
0.028393
0.0023696
0.000806
0.081304694
0.96
0.04
0.028248
0.00236194
0.000798
0.081449476
0.955
0.045
0.028104
0.00235429
0.00079
0.081594688
0.95
0.05
0.027961
0.00234663
0.000782
0.081740313
0.945
0.055
0.027817
0.00233897
0.000774
0.081886337
0.94
0.06
0.027674
0.00233131
0.000766
0.08203274
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5. The minimum variance frontier and the efficient frontier.
• Step2:
•
Using Microsoft Excel to draw the minimum variance frontier
A minimum variance portfolio is a portfolio of securities that combine to minimize the price volatility of the overall portfolio.
In Markowitz portfolio theory, the frontier on a chart representing a portfolio with the least amount of volatility.
MINIMUM VARIANCE