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Edunity
Volume 2 Number 7, July 2023
p- ISSN 2963-3648- e-ISSN 2964-8653
Doi:
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ANALYSIS OF FAMA AND FRENCH 3-FACTOR MODEL
VARIABLES IN THE FORMATION OF EXPECTED STOCK
RETURNS (ISSUERS OF LQ-45 INDEX MEMBER STOCKS FOR
THE PERIOD 2020 2022)
Harold Kevin Alfredo
University of Lampung, Lampung, Indonesia
ABSTRACT
Abstract: Fama and French Three Factor Model is one of the models for calculating expected
return on stock portfolios that can be used by investors. This model was developed by Eugene
F. Fama and Kenneth R. French by adding two factors, namely company size (SMB), and
company book value (HML) to the CAPM calculation model. The purpose of this study is to
determine stock issuers that can provide high expected returns to investors, determine the
overall influence and each variable in Fama and French Three Factor Model (market return,
SMB, and HML) on the expected return of each portfolio used in this study consisting of 6
portfolios, namely Big High, Big Medium, Big Low, Small High, Small Medium, and Small
Low, and to all 6 portfolios in 2020, 2021, and 2022 respectively. This study used 28 selected
stock issuers listed on the LQ-45 Index consecutively from 2020 - 2022 using the purposive
sampling method from the period 2020 - 2022. The Multiple Linear Regression method is used
to determine the level of influence of the whole and each independent variable on the
dependent variable. The results show that mining sector issuers are the issuers that provide
the highest expected return to investors during the period 2020 - 2022. Based on the results of
Linear Regression, there is a significant difference in results, between doing linear regression
for each portfolio (Big High, Big Medium, Big Low, Small High, Small Medium, and Small
Low) and doing linear regression on portfolios divided by observation year (2020, 2021, and
2022).
Keywords: JCI; LQ-45; Fama and French Three Factor Model; Market return; SMB and HML
Introduction
The COVID-19 pandemic has caused the economy in Indonesia to suffer a recession as a
result of the Indonesian government’s policy of limiting social activity outside the home.
This policy resulted in small and medium-sized enterprises (SMEs) in Indonesia not
being able to operate during the social restriction due to where their business must be
closed, companies in the service sector implement the WFH system as well as maximize
the use of telecommunications services in serving complaints of their customers, and
manufacturing companies must limit the number of employees working within the
factory to prevent the spread of the COVID-19 virus resulting in reduced production
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capacity. Employees also experience salary reductions because they work from home
(WFH), and if they refuse they are welcome to resign. The Indonesian government
decided to loosen the social restriction policy after six months of implementation of the
policy based on complaints from UMKM entrepreneurs who suffered large losses, and
even some who went bankrupt due to social restrictions, and helped boost the country’s
economic activity during the pandemic. The latest government policy, helping UMKM
entrepreneurs, especially five-foot merchants to sell back. However, UMKM
entrepreneurs face another problem of falling demand as many consumers tighten their
belts because of their wages cut by the company during the period of social restriction.
The government has implemented a new policy of providing direct cash assistance
(BLT), and soft loans from banks to UMKM entrepreneurs so that they can survive
during the period of social restriction.
Large companies have also suffered a sharp blow to the government’s social restriction
policies. Companies in the consumerism sector were hardest hit by government policies,
causing them to experience a drastic decline in profits compared to 2019, such as PT
Mitra Adi Perkasa, Tbk (MAPI), PT Ace Hardware Indonesia (ACES), PT. Pizza Hut
Indonesia (PZZA), PT Unilever Indonesia (UNVR), and PT Matahari Department Store
Tbk (LPPF). The above-mentioned companies are companies that sell consumer
products that can be said to be secondary or tertiary products. However, not all
companies operating in the consumer goods sector experienced a decrease in profits,
companies such as PT Kalbe Farma Tbk (KLBF), PT Chemia Farma T bk (KAEF), PT
Indofood Success Makmur T bc (INDF), and PT Indafood CBP Success Macmur Tbc
(ICBP) high profit performance during COVID-19. The reason is because the previously
mentioned companies sold high-demand health products during COVID-19, and food
products such as milk are already considered as basic food by Indonesian society.
Companies in the mining sector such as PT Adaro International TBK (ADRO), PT Bumi
Resources Tbk (BUMI), PT Bukit Asam T bk (PTBA), PT Medco Energy International Tbc
(MEDC), and PT Indoraya Mining Megah Tbg (ITMG) also experienced a decline in
profits during the implementation of social restrictions due to COVID-19 which caused
demand for mining commodities to decline drastically. One evidence of a decrease in
demand for mineral commodities during the COVID-19 pandemic, i.e. the demand for
coal used as fuel for PLTU, has been reduced due to decreased electricity consumption
as a result of many factories leaving their employees or operating with limited capacity,
and offices being closed during the implementation of social restriction policies. The
decline in demand also occurs for other energy commodities such as petroleum, one of
which is the BBM, which due to social restriction policies makes the consumption of bbm
decrease drastically, and natural gas, which is also like coal, becomes a source of fuel for
power plants and manufacturing industries. (Bei, Xinyue,et all, 2014)
The impact of COVID-19 and the policy of social restriction were also felt by the
Indonesian Stock Exchange. The volume of transactions in 2020 on the Indonesian Stock
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Exchange was 27.495.947.445, down from 2019 by 36.534.971.048. Another negative
impact, is the decline in IHSG values during the COVID-19 pandemic from area 6300 to
area 3900 over 3 months, indicating the emergence of panic among investors due to the
announcement of Covid-19 as an epidemic, and accompanied by the enforcement of
social restriction policies. The only positive impact of the COVID-19 pandemic on the
Indonesian Stock Exchange is the increase in the number of local retail investors from
2,484,354 in 2019 to 7,489,337 in 2021.
The index used in this study is the LQ-45 Index, as this Index is based on the market
capitalization value and liquidity of an issuer of shares as a condition for entering as a
member of the issuer LQ-45. Most stock issuers that are members of the LQ-45, such as
BBCA, ASII, BMRI, BBNI, and BBRI, are known as blue-chip stocks that have a good
foundation and are the primary target for institutional and retail investors as stock
components in their portfolios. These blue chip stocks are also known to have a major
influence on IHSG’s movements, and when these stocks go down, it can affect the value
of the IHSG to go down as well and vice versa. (Siddiq, 2020)
The Fama and French Three Factor Model is used as a method of calculation in this
study, as this method calculates the expected return of stocks in addition to the market
return, also based on the size of capitalization, and the stock book value that describes
the intrinsic value of the stocks (Hendra, 2017) . This calculation model was developed
by Fama and French based on their criticism of the CAPM model that relies only on
market return, and they argue that there are other factors that affect the price of a stock.
Later, Fama and French introduced the size of the market and the value of the stock book
as factors that influenced the return on stocks. The main difference between the Fama
and French Three Factor Model and the Arbitration Pricing Theory is that the Fama and
French three-assumes Model assume that the book value and market capitalization
already represent the macroeconomic influence on the stock, while the Arbitrage Price
Theory assumes that macro-economics directly affects the issuer of the stock. (Fawziah
& Naning, 2016)
The research aims to find out the expected return on shares of the selected LQ-45 stock
issuer for the period 2020-2022. The calculation model used in this study is the Fama and
French Three Factor Model. The reason for choosing this method is because the Fama
and French model uses variables that represent the fundamental value of the stock itself,
namely the size of capitalization and stock book value. LQ-45 was chosen as a member
of the LQ45 Index, which is considered to be a blue chip stock and has a major influence
on IHSG’s value.
Previous Research
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Research conducted by Citra Amanda, and Zaafri Ananto Husodo entitled Empirical
test of Fama and French Three Factor Model and Illiquidity Premium in Indonesia
(Amanda & Husodo, 2015). The purpose of their research was to determine the effect of
market beta, size, book value, and liquidity on excess stock returns in Indonesia. This
study used Amihud illiquidity (2002) as a representative of illiquidity, used Ordinary
Least Squares (OLS) regression monthly data taken over 10 years, from 2003 - 2013, and
used dummy variables to make a difference in crisis and non-crisis times. The study
divided the portfolio into 12 portfolios, sorted by size-illiquidity and book-to-market
(BM/)-illiquidity (Sari & Alteza, 2019). The results show that market beta consistently
has a positive and significant impact on each portfolio when sorted according to these
two criteria (Setiawan, 2017). The size factor (SMB) has an influence to explain the
illiquidity factor and vice versa. The research also found that stocks with small
capitalization beat stocks with large capitalization. The HML coefficient increases when
book-to-market also increases, while the SMB coefficient increases when liquidity
decreases. This indicates that small-cap stocks are more difficult to trade on the stock
exchange (illiquid) (Sutrisno & Ekaputra, 2016).
Research conducted by Teddy Chandra entitled Testing Fama and French Three Factor
Model in Banking Companies in Indonesia Stock Exchange. This study aims to examine
the effect of the Fama and French Three Factor Model and CAPM on returns generated
by banking sector stocks in Indonesia. This study used 29 samples of stock issuers listed
in the banking sector from January 2010 to December 2013. This study used multiple
linear regression. The results showed that CAPM can be used to predict the return of
stock issuers in the banking sector. On the other hand, Fama and French Three Factor
Model cannot be used in its entirety in Indonesia. Only excess market returns and
company size can affect changes in stock returns, while book-to-market equity shows no
significant effect. (Chandra, 2015)
Research Method
This type of research is quantitative research and uses secondary data. The data
collection method is as follows: (1) monthly IHSG price data, and shares taken from
Investing.com., (2) ORI data (Indonesia Retail Bonds) used is FR0081 published on
July 30, 2019 obtained from danamon.co.id., (3) summary financial reports or fact
sheets of issuers of selected shares from IDX.com, (4) LQ-45 member data taken from
doktersaham.com., (5) data on research articles taken from Google Scholar.com, (6)
materials on investments, stocks, bonds, income, risk, IHSG, LQ-45 Index, and Fama
and French 3 Factor Model taken from lectures. (Aghdam, 2022)
The population in this study is all stock issuers selected to be members of the LQ-45
Index for the period January 2020 - December 2022. The LQ-45 Index is updated 2
times a year, and there are always changes in stock issuers that enter and exit become
members of the LQ-45 Index. Thus, it was decided to carry out a purposive sampling
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[Analysis of Fama and French 3-Factor Model Variables in
the Formation of Expected Stock Returns (Issuers Of Lq-45
Index Member Stocks for The Period 2020 2022)]
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method in determining the sample of stock issuers used in this study. The criteria
for selected samples are as follows:
1. Stock issuers that are consistently members of the LQ-45 Index for the period 2020
- 2022.
2. Issuers of shares that have conducted an IPO in January 2019.
This study uses 6 portfolios formed based on small minus big, and high minus
low.
The study used a linear regression analysis technique that was performed twice, the
first performed a lineary regression to each of the portfolios of the period 2020 - 2022,
and the second carried out a Linear Regression to all of the respective portfolio - each
observation year. The formula of Fama and French 3 Factor Model is as follows:
𝑌 = 𝛼 + 𝛽1𝑋1 + 𝛽2𝑋2 + 𝛽3𝑋3 + ɛ
Where as:
Y = Expected return Fama-French Three Factor
Model
α = constant value
β
1
, β
2
, β
3
= Coefficient regression/stock volatility
X1 = Excess of Market Return
X2 = SMB (Small minus Big)
X3 = HML (High minus Low)
ɛ = residual error
The research uses six portfolios that are formed based on small minus big, and high
minus low.
Result And Discussion
Table 1 Ranking of Expected Return of LQ-45 Index Stock Issuers from Highest to
Lowest for the 2020 - 2022 Period Based on Fama and French 3 Factor Model
Issuer Code
Expected return
ITMG
1.441364916
ANTM
1.245245576
ADRO
0.998140744
INCO
0.797220443
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TBIG
0.688370025
PTBA
0.321121543
TOWR
0.307399086
BBNI
0.296536140
INKP
0.275356156
BMRI
0.246941943
ERAA
0.245122067
UNTR
0.188404099
KLBF
0.135582882
BBCA
0.122578380
BBRI
0.092696623
PGAS
0.063917273
BBTN
(0.051112911)
JPFA
(0.083549738)
TLKM
(0.156284686)
ASII
(0.192787027)
ICBP
(0.212942791)
CPIN
(0.221491282)
INDF
(0.281335178)
EXCL
(0.341890318)
SMGR
(0.551851890)
INTP
(0.675962338)
MNCN
(0.746554314)
HMSP
(0.957886934)
Source: Data processed by researchers
Table 2 Ranking of Expected Return of LQ-45 Index Stock Issuers from
Highest to Lowest in Each Observation Year Based on Fama and French 3
Factor Model
FF3FM 2020
FF3FM 2021
FF3FM 2022
Issuer
Code
Expected
return
Issuer
Code
Expected
return
Issuer
Code
Expected
return
ANTM
1.14793036
TBIG
0.665464020
ITMG
0.68867083
INKP
0.45785460
ADRO
0.519768755
ADRO
0.53404291
ERAA
0.39427916
ITMG
0.398721936
INCO
0.47362107
INCO
0.38993452
ERAA
0.314309448
BMRI
0.30872510
ITMG
0.35397215
JPFA
0.183356166
PTBA
0.30218334
TBIG
0.31909665
TOWR
0.174890726
BBNI
0.28306957
UNTR
0.22190119
ANTM
0.168422324
PGAS
0.23362147
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TOWR
0.20230280
TLKM
0.158666306
KLBF
0.20513472
BBTN
0.18314443
EXCL
0.132694054
UNTR
0.14720358
SMGR
0.09203211
BBNI
0.092327491
BBRI
0.13863876
JPFA
0.05472633
BMRI
0.059266908
ICBP
0.11219847
PTBA
0.05384784
BBTN
0.050037547
BBCA
0.11161536
CPIN
0.00666967
KLBF
0.044877645
INKP
0.07367794
PGAS
(0.00472563)
BBCA
0.024605155
INDF
0.01056572
BBCA
(0.01364214)
BBRI
(0.028183129)
ASII
(0.02474209)
BBRI
(0.01775901)
PTBA
(0.034909638)
TOWR
(0.06979444)
ADRO
(0.05567092)
INCO
(0.066335138)
ANTM
(0.07110710)
ASII
(0.07180514)
ASII
(0.096239802)
CPIN
(0.09572653)
BBNI
(0.07886092)
INDF
(0.131920953)
SMGR
(0.11960124)
EXCL
(0.08941126)
CPIN
(0.132434423)
TLKM
(0.12068346)
KLBF
(0.11442948)
ICBP
(0.148672215)
HMSP
(0.16603779)
BMRI
(0.12105006)
INTP
(0.153613372)
MNCN
(0.22317981)
INDF
(0.15997994)
PGAS
(0.164978573)
INTP
(0.25415395)
ICBP
(0.17646905)
UNTR
(0.180700677)
BBTN
(0.28429489)
TLKM
(0.19426753)
MNCN
(0.250262253)
TBIG
(0.29619065)
INTP
(0.26819502)
INKP
(0.256176386)
JPFA
(0.32163223)
MNCN
(0.27311225)
HMSP
(0.483631089)
EXCL
(0.38517311)
HMSP
(0.30821806)
SMGR
(0.524282754)
ERAA
(0.46346654)
Source: Data processed by researchers
Table 3 Portfolio Formation Results
Portfolio 2020
Number
B/H
B/M
B/L
S/H
S/M
S/L
1
BMRI
BBRI
BBCA
ADRO
INCO
INTP
2
BBNI
ASII
TLKM
PGAS
PTBA
TOWR
3
INDF
ICBP
HMSP
BBTN
EXCL
ANTM
4
INKP
UNTR
CPIN
MNCN
JPFA
TBIG
5
SMGR
KLBF
ERAA
ITMG
Portfolio 2021
Number
B/H
B/M
B/L
S/H
S/M
S/L
1
BMRI
BBRI
BBCA
INDF
INCO
ANTM
2
ASII
ICBP
TLKM
SMGR
EXCL
INTP
3
BBNI
UNTR
HMSP
INKP
PTBA
4
ADRO
CPIN
PGAS
ITMG
5
KLBF
BBTN
JPFA
6
TBIG
MNCN
ERAA
7
TOWR
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Portfolio 2020
Number
B/H
B/M
B/L
S/H
S/M
S/L
Portfolio 2022
Number
B/H
B/M
B/L
S/H
S/M
S/L
1
BMRI
ADRO
BBCA
INKP
ANTM
TOWR
2
ASII
INCO
BBRI
SMGR
ITMG
TBIG
3
UNTR
BBNI
TLKM
BBTN
PGAS
4
INDF
ICBP
MNCN
PTBA
5
KLBF
ERAA
INTP
6
HMSP
EXCL
7
CPIN
JPFA
Data sources processed by researchers
Table 4 Linear Regression Results of Portfolio
Based on Each - Maing Portfolio
Informat
ion
Big High
Big
Medium
Big Low
Small
High
Small
Medium
Small
Low
R
0.559
0.715
0.690
0.481
0.118
0.899
0.313
0.512
0.476
0.232
0.014
0.808
Adjusted
0.018
0.329
0.371
0.039
(0.197)
0.665
F
1.062
2.797
4.539
1.205
0.066
5.628
t JCI
1.307
0.240
1.743
(1.211)
0.305
(1.699)
t SMB
(0.043)
2.089
1.401
1.093
(0.368)
1.897
t HML
(0.336)
(1.513)
(1.482)
(0.938)
(0.165)
(2.451)
By Year
Informat
ion
Portfolio
2020
Portfolio
2021
Portfolio
2022
R
0.932
0.801
0.943
0.868
0.642
0.890
Adjusted
0.670
0.104
0.724
F
4.381
1.193
5.371
t JCI
1.534
(0.487)
3.598
t SMB
(0.869)
(0.821)
2.620
t HML
1.667
1.681
(2.848)
Discussion
Table 1 shows that hypothesis H 1 which assumes that issuers of shares in the mining
sector have a higher expected return than the expected return of stock issuers from other
industrial sectors is accepted. The top five issuers with the highest expected return are
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dominated by four issuers in the mining sector, namely ITMG, ANTM, ADRO, and
INCO. Only one non-mining sector issuer entered the top five, namely TBIG (Fakriah et
al., 2020).
The high expected return of the four mining sector stocks above is directly proportional
to the increase in mining commodity prices throughout 2020 - 2022. Although in 2020
the performance of these four mining companies experienced a decline in financial
performance due to the COVID-19 pandemic, these four companies reported high-profit
profits in 2021 - 2022 due to demand for coal mining commodities after several countries
began to relax social distancing policies during 2021, and increased demand for nickel
mines which is one of the main components in electric car batteries (Woen & Patricia,
2022).
TBIG provides a high expected return influenced by the increasing tower rental income
they have from telecommunication operators in Indonesia such as PT. Indosat Tbk, PT.
Telkom Tbk, PT. XL Axiata, Tbk, and PT. Smartfren Tbk. The company's ability to carry
out corporate expense efficiency, and increased revenue from the acquisition of 3,000
towers owned by PT. Inti Bangun Sejahtera Tbk in 2021.
Table 2, presents data on the total expected return of issuers from the highest to the
lowest in 2020, 2021, and 2022. The hypothesis of H2 was partially accepted, and rejected,
because, in 2020, the issuer that provided a high expected return was the issuer of the
mining sector, namely ANTM. Throughout 2020, ANTM's share price increased due to
rumors of cooperation between ANTM and Tesla to build a car battery factory in
Indonesia with ANTM as the main supplier of nickel ore to Tesla's battery factory in
Indonesia. Other causes are the increasing nickel ore price and nickel sales volume in the
domestic market as well as ANTM's management ability to reduce production cash costs
throughout 2020 (Yunita, 2023).
TBIG, which provides the highest expected return in 2021, makes the H2 hypothesis
partially accepted. The factors that influence the high expected return provided by TBIG
are inseparable from the increase in TBIG's net profit in 2021 by 53.4% compared to net
profit throughout 2020 which was influenced by TBIG's success in acquiring 3,000 towers
owned by PT. Inti Bangun Sejahtera contributed to an increase in revenue of 16% year-
on-year and positive investor sentiment toward the increase in revenue growth of
technology sector issuers during COVID-19 throughout 2021 (Zainuri et al., 2021).
Hypothesis H3 which states that mining sector issuers provide the highest expected
return compared to other sector issuers is accepted. ITMG is a mining sector issuer and
LQ-45 Index issuer that provides the highest expected return throughout 2022 (Putri,
2018). The contributing factor is that the coal produced by ITMG is coal that has a fairly
high calorific value, and ITMG's coal price exposure to Newcastle coal prices is quite
high. Another factor is that ITMG is the dominant stock issuer in coal exports,
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throughout 2022, except for Q1 2022 due to the high rainy season, ITMG's coal
production growth is quite solid, and investors' high expectations that ITMG will
distribute dividends at a ratio of 70% of 2022 net profit like the previous year's dividend
distribution ratio.
Table 4 shows the results of linear regression which can be explained as follows:
1. Based on R
, R2, and
Adjusted R2, Small Low portfolios are the only portfolios that have
values close to 1 (0.899, 0.808, and 0.606), which means that the independent variable
has a high correlation (89.9%0, and is able to explain 80.8%/60.6% variance of the
dependent variable. Meanwhile, the Small Medium portfolio has the lowest value
among the six portfolios with values of 0.118, 0.014, and -0.197. The meaning of this
value is, the independent variable has a low correlation of 11.8%, and is only able to
explain or not able to explain at all when viewed from the negative Adjusted R2
value to the dependent variable. If the linear regression of the portfolio is based on
the year, it can be seen that the R
, R 2, and Adjusted R2 values of the portfolio in 2020, and 2022 have values close to 1
(R, and R 2
), and above 0.5 (
Adjusted R2). Different results were obtained in the 2021
portfolio which had the lowest value compared to the other two portfolios.
However, when compared to the linear regression results of each 6 portfolios, the
values of R, and R 2 are only inferior to the values of R, and R2 Small Low. However,
for the Adjusted R2 value, the 2021 portfolio is only higher than the Big High, Small
High, and Small Medium portfolios.
2. Based on the F value, the High-Low portfolio is the only portfolio where hypothesis
H4 is accepted. In this portfolio, a set of independent variables has a strong influence
on the formation of dependent variables. In other portfolios, hypothesis H4 is
rejected. Based on the results of linear regression it was found that a set of
independent variables has a weak influence on the formation of expected return.
However, when the six portfolios are combined and separated only by year (2020,
2021, and 2022), the results show that a set of independent variables has a weak
influence on the formation of expected returns.
3. Based on the t value, the majority of portfolios (Big High, Big Low, and Small High)
the formation of expected return is influenced by the JCI variable, which means H5
is accepted. SMB has only the greatest influence on the formation of expected return
2 portfolios (Big Medium, and Small Medium), meaning H6 is received. The
independent variable HML has only the greatest influence on the formation of the
portfolio's expected return of 1% (Big Low), meaning H7 is received. However,
when the six portfolios are combined and separated only by year (2020, 2021, and
2022), it is found that HML has a strong influence on the formation of expected
returns for all portfolios in 2020, and 2021, which means H7 is received. However,
in 2022, JCI is an independent variable that has a strong influence on the formation
of expected returns for the entire portfolio, which means H5 is received.
Conclusion
Vol. 2, No. 7, 2023
[Analysis of Fama and French 3-Factor Model Variables in
the Formation of Expected Stock Returns (Issuers Of Lq-45
Index Member Stocks for The Period 2020 2022)]
804
Harold Kevin Alfredo
The conclusions from the results of the above research are as follows: There are 28 stock
issuers that are consistently included in the LQ-45 Index members for the period 2020
2022, Issuers in the mining sector are the issuers that provide the highest expected return
to investors during the period 2020 2022, Based on the results of Linear Regression,
there is a significant difference in results, between doing linear regression for each
portfolio (Big High, Big Medium, Big Low, Small High, Small Medium, and Small Low)
and doing linear regression on portfolios divided by observation year (2020, 2021, and
2022).
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