Appendix I: List of Abbreviation - AU...
Transcript of Appendix I: List of Abbreviation - AU...
Table of Content
Appendix I: List of Abbreviation
Appendix II: List of Symbols
Appendix III: Control Mechanisms to Divergent Voting Right From Capital
Right of the Shareholder
Appendix IV: Owner Identity Analysis From La Porta. (1999)
Appendix V: Measurement Process of Valuation
Appendix VI: Study of Faccio & Lang (2002)
Appendix VII: Sample Selection Process in Orbis
Appendix VIII: 80 Firms Sample for Simple Stastics Analysis
Appendix IX: 40 Firms Sample for Regression Analysis
Appendix X: Regression Results
Appendix I: List of Abbreviation
BVLTA year-end book value of the firm’s long-term assets
BVSTA year-end book value of the short term assets
BVSTL year-end book value of the short term liabilities
BVTA year-end book value of total assets
CAPM Capital Asset Pricing Model
CAR Cumulated Abnormal Return
CR Capital Right
EBIT Earnings Before Interest expenses and Taxes
EPS Earnings Per Share
HINV year-end historical value of inventories
HNP year-end historical value of net plant
I the investment cost at time t
i the discount rate at time t, it is also the opportunity cost of capital.
LVPS liquidation value of preferred stock
M/B Market-to-Book ratio
MC Manager-controlled
MQ Marginal Tobin's Q
MV Market Value
MVCS year-end market value of outstanding common stock
MVD year-end market value of outstanding debt
MVPS year-end market value of outstanding preferred stock
NOPLAT Net Operating Profit less Adjusted Taxes
NPV Net Present Value
OC Owner-controlled
OLS Ordinary Least Squares
PV Present Value
Q Tobin's Q
Q CP Tobin’s Q estimated by Chung
Q LR Tobin's Q by Lindenberg
r the quasi-permanent rate of return.
RC year-end replacement costs of production capacity
RINV year-end replacement costs of inventories
RNP year-end replacement costs of net plant
ROA Returen on Assets
ROE Returen on Equity
SIC Standard Industrial Classification
VR Voting Right
Appendix II: List of Symbols
Adjusted R-square
R-square
AGELogarithm of the number of years between the observation year and firm
founding year
Beta_t Beta of the firm
DEBT Long-term debt divided by total assets
Dispersed_D Dummy variable of dispersed owner identity.
DIV Number of different SIC codes of two-digit groups the firm has
Family_D Dummy variable of family owner identity.
G_t Growth rate of the year-end book value of total assets
G_t-1 Growth rate of the year-end book value of total assets during the earlier year
Govern_D Dummy variable of government owner identity.
IND The first digit of the SIC code of the firm
Institution_D Dummy variable of institutional owner identity.
INV Net cash used by investing divided by the total assets
LIQ Net cash from operating activities divided by current liabilities
ROE_t Return on Equity
ROE_t-1 Profit before taxes divided by shareholder equity in the earlier year'
SIZE Logarithm of sales
SUMVR_23 Sum of the voting right of the second and third largest shareholders
Tobin's Q_t Tobin's Q ratio calculated according to Chung's methodology
Tobin's Q_t-1Tobin's Q ratio calculated according to Chung's methodology using data from the
earlier year
VR/CR_1 Ratio of the voting right of the largest shareholder divided by its cash flow right
VR_1 Voting right of the largest shareholer
��
��
Appendix III: Control Mechanisms to Divergent Voting Right From
Capital Right of the Shareholder
There are three mechanisms in diverging voting right from capital right: crossholding,
pyramiding and dual-class equity.
Crossholding defines the ownership situation where the firm A is controlled by another
firm, which is controlled by A (Faccio, 2002). So the firm controls its own stocks directly
and indirectly. According to Bebchuk & Morck (2000), companies in crossholding
structures are horizontally connected by the cross-holding of shares. The power of the
central controller is reinforced and entrenches by this connection.
Pyramiding is a sub form of control chains, where a shareholder control a second-tier
holding company that in turn controls that operating company, thus, the shareholder could
control the operating company through the control chain (Bebchuk & Morck, 2000).
Pyramids are the vertical control chain comparing with the crossholding which is more
resembles the horizontal control chain. Pyramids are found to be the most popular
mechanism for concentrating control at low equity involvement (La Porta et al, 1997).
Dual class equity allows managers to sell the stocks in the market while still retaining a
large portion of voting right by issuing different classes of shares with differential voting
rights to different investors (Bebchuk & Morck, 2000). The classes of the equity are one-
vote-one-share and shares with less or even no voting right. Dual-class equity is used to
retain the voting right after a private company goes public. According to Faccio (2002), the
dual class equity is not common in countries such as Belgium, Portugal and Spain, but it is
widely used in countries such as Sweden, Switzerland, Italy and South.
Shareholders also combined several kinds of control mechanisms to maintain the
controlling statue; this is defined as multiple control chain (Bertrand & Mullainathan,).
Appendix IV: Owner Identity Analysis From La Porta. (1999) Table 1 20 Largest Firms in 27 Countries Allocation to Different Owner Identities
Note: cutoff at 10%
Source: La Porta et al. 1999, p. 493
Appendix V: Measurement Process of Valuation
Tobin’s Q
There are two approaches for calculating Tobin’s q: by Lindenberg & Ross (1981) and
Chung & Pruitt (1994), respectively.
Lindenberg & Ross (1981) use the formula:
��� ���
�
���� ��� ����
���� ���� � ���� ����� � �����
Where
���= Tobin’s Q by Lindenberg
��= year-end market value of outstanding financial claims,
�= year-end replacement costs of production capacity,
���= year-end market value of outstanding debt,
���= year-end market value of outstanding common stock,
����= year-end market value of outstanding preferred stock,
����= year-end book value of total assets,
���= year-end replacement costs of net plant,
���= year-end historical value of net plant,
����= year-end replacement costs of inventories, and
����= year-end historical value of inventories.
This formula uses the sum of market value of outstanding debt, common stock and
preferred stock to represent the market value of the firm and uses the sum of replacement
values of the fixed assets and inventories and the book values of the rest of the assets to
represent the total replacement costs of the production capacity. Other researchers further
developed or modified this approach with enhancements in data processing (Perfect &
Wiles 1995, Lewellen & Badrinath 1997, Lee & Tompkins 1999).
The other approach was based on the formula supported by. They estimated the Tobin’s Q
as the following formula:
��� ���� ���� ����� ����� � �����
����
Where
���= Tobin’s Q estimated by Chung
���= year-end market value of common stock
����= liquidation value of preferred stock
�����= year-end book value of the firm’s long-term assets
�����= year-end book value of the short term liabilities
�����= year-end book value of the short term assets
����= year-end book value of the total assets of the firm
This Tobin’s Q calculation assumes that the replacement costs of the plant, equipment and
inventories are equal with their book values. And it proxy the market value of the debt as
the book value of long term debt plus the book value of the short term liabilities net the
book value of the short term assets.
Marginal Q
The assumption of the marginal q is that any investment should be estimated of its net
present value (NPV) before the implementation. The firm should only invest when the NPV
is positive, which means that the investment is value creating; otherwise, the firm is should
reject the investment because it will subtract value from the shareholders.
The present value of the investment and the return on a marginal investment (the
approximation of marginal q) could be expressed in the following formula:
�� ���
�
��, ���
�
��
�
Where
��= the present value of the cash flows generated by the investment at time t
�= the investment cost at time t
�= the discount rate at time t, it is also the opportunity cost of capital.
�= the quasi-permanent rate of return.
Appendix VI: Study of Faccio & Lang (2002)
Faccio & Lang (2002) investigates the popularity of the control mechanisms and finds the
divergence level of 13 European countries.
Table 2 Percentage of Firms Using Different Control Mechanisms
Source: Faccio & Lang (2002), p.389
Faccio & Lang only include the 3,300 firms with controlling shareholders at the 20% level.
Pyramids report the percentage of firms whose largest controlling shareholder adopts
pyramids as control devices. Holdings through multiple control chains report the
percentage of firms whose largest controlling shareholder adopts at least 5% of holdings
through multiple control chains as control devices. Cross-holdings report the percentage of
firms whose largest controlling shareholder adopts cross-holdings as control devices.
Controlling owner alone reports the percentage of firms that have single controlling owners.
Management reports the percentage of firms whose top managers come from the largest
shareholder’s family. The table presents the percentage of firms controlled by different
controlling owners at the 20% threshold.
Country
Number of
firms Pyramids
Holdings
through
multiple
control chains
Cross-
holdings
Controlling
owner alone Management
Austria 88 20.78 6.49 1.14 81.82 80.00
Belgium 104 25.00 2.38 0.00 71.15 80.00
Finland 92 7.46 1.49 0.00 41.30 69.23
France 522 15.67 2.87 0.00 64.75 62.20
Germany 631 22.89 7.22 2.69 59.90 61.46
Ireland 26 9.09 0.00 0.00 42.31 77.78
Italy 181 20.27 8.78 1.13 58.76 70.00
Norway 98 33.90 20.34 2.04 38.78 66.67
Portugal 68 10.91 0.00 0.00 60.29 50.00
Spain 465 16.00 5.43 0.22 44.30 62.50
Sweden 149 15.91 0.00 0.67 48.32 73.47
Switzerland 155 10.91 0.91 0.00 68.39 70.00
UK 721 21.13 4.93 0.00 43.00 75.85
Total 3300 19.13 5.52 0.73 53.99 68.45
Table 3 Ratio of Capital to Voting Rights of the 13 Countries
Source: Faccio & Lang (2002), p392
Country
Number
of firms Mean
Standard
Deviation Median
1st
Quartile
3rd
Quartile
Austria 95 0.851 0.224 1000 0.704 1.000
Belgium 120 0.779 0.360 1000 0.596 1.000
Finland 119 0.842 0.246 1000 0.800 1.000
France 604 0.930 0.189 1000 1000 1.000
Germany 690 0.842 0.267 1000 0.709 1.000
Ireland 68 0.811 0.321 1000 0.683 1.000
Italy 204 0.743 0.337 0.971 0.548 1.000
Norway 149 0.776 0.341 1000 0.532 1.000
Portugal 86 0.924 0.218 1000 1000 1.000
Spain 610 0.941 0.178 1000 1000 1.000
Sweden 244 0.790 0.339 1000 0.526 1.000
Switzerland 189 0.740 0.290 0.830 0.468 1.000
UK 1,628 0.888 0.228 1000 0.907 1.000
Total 4,806 0.868 0.255 1000 0.852 1.000
Appendix VII: Sample Selection Process in Orbis Table 4 Sample Selection Process
Source: Orbis
Step result Search result
1. 84,390,344 84,390,344
2. 1,366 1,210
3. 3,745,830 1,167
4. 1,272,917 801
5. 8,517,659 742
6. 62,892 706
7. 86,932,760 574
TOTAL 574
Listed/Unlisted companies: Publicly listed
companiesType of entities: Industrial companies
Boolean search : 1 And 2 And 3 And 4 And 5 And 6 And 7
All active companies and companies with unknown
situation
Main stock exchange: OMX - Nordic Exchange
Copenhagen, OMX - Nordic Exchange Helsinki, OMX
- Nordic Exchange Stockholm, Oslo Bors
World region/Country/Region in country:
Denmark, Finland, Norway, Sweden
Accounting practice: IFRS (International Financial
Reporting Standards)
Total assets: All companies with a known value,
2010, 2009, 2008, for all the selected periods
Data update 14/08/2012 (n° 10251)
Username Aarhus Business School-6767
Export date 19-04-2012
Product name Orbis
Update number 102
Software version 127.00
Appendix VIII: 80 Firms Sample for Simple Stastics Analysis Table 5 80 Firms List
source: own make
The firms with a star mark are the ones that do not provide full information about their
ownership structure in the annual report.
Company Name Nation Company Name Nation
A.P. MOLLER - MAERSK A/S Denmark STATOIL ASA Norway
CARLSBERG A/S* Denmark TELENOR ASA Norway
TDC A/S Denmark NORSK HYDRO ASA Norway
NOVO NORDISK A/S* Denmark ORKLA ASA Norway
VESTAS WIND SYSTEMS A/S Denmark YARA INTERNATIONAL ASA Norway
DSV A/S* Denmark AKER ASA Norway
FLSMIDTH & CO. A/S* Denmark AKER SOLUTIONS ASA Norway
TORM A/S Denmark RENEWABLE ENERGY CORPORATION ASA Norway
H. LUNDBECK A/S* Denmark HAFSLUND ASA Norway
DFDS AS Denmark NORSKE SKOGINDUSTRIER ASA Norway
DAMPSKIBSSELSKABET NORDEN A/S Denmark BONHEUR ASA Norway
NOVOZYMES A/S* Denmark DOF ASA Norway
NKT HOLDING A/S* Denmark WILH. WILHELMSEN HOLDING ASA Norway
ROCKWOOL INTERNATIONAL A/S* Denmark MARINE HARVEST ASA Norway
CHR. HANSEN HOLDING A/S Denmark AUSTEVOLL SEAFOOD ASA Norway
GN STORE NORD AS Denmark PETROLEUM GEO-SERVICES ASA Norway
COPENHAGEN AIRPORTS A/S Denmark SCHIBSTED ASA Norway
COLOPLAST A/S Denmark SOLSTAD OFFSHORE ASA Norway
WILLIAM DEMANT HOLDING A/S Denmark SEVAN MARINE ASA Norway
AURIGA INDUSTRIES A/S Denmark ODFJELL ASA Norway
NOKIA OYJ Finland AB VOLVO Sweden
FORTUM OYJ Finland TELEFONAKTIEBOLAGET LM ERICSSON Sweden
UPM-KYMMENE OYJ Finland TELIASONERA AB Sweden
STORA ENSO OYJ Finland SVENSKA CELLULOSA AB SCA Sweden
NESTE OIL OYJ Finland SCANIA AB Sweden
METSO OYJ Finland SANDVIK AB Sweden
OUTOKUMPU OYJ Finland SKANSKA AB Sweden
WARTSILA OYJ Finland AB ELECTROLUX Sweden
KESKO OYJ Finland ATLAS COPCO AB Sweden
KONE OYJ Finland AB INDUSTRIVARDEN Sweden
SANOMA OYJ Finland SSAB AB Sweden
YIT OYJ Finland HENNES & MAURITZ AB Sweden
M-REAL OYJ Finland SKF AB Sweden
CARGOTEC OYJ Finland ASSA ABLOY AB Sweden
KEMIRA OYJ Finland HEXAGON AB Sweden
RAUTARUUKKI OYJ Finland SAS AB Sweden
FINNAIR OYJ Finland TELE2 AB Sweden
STOCKMANN OYJ ABP Finland BOLIDEN AB Sweden
ELISA OYJ Finland GETINGE AB Sweden
HUHTAMAKI OYJ Finland MEDA AB Sweden
Appendix IX: 40 Firms Sample for Regression Analysis Table 6 40 Firms List
Source: own make
Company Name Nation Company Name Nation
A.P. MOLLER - MAERSK A/S Denmark STATOIL ASA Norway
TDC A/S Denmark TELENOR ASA Norway
VESTAS WIND SYSTEMS A/S Denmark NORSK HYDRO ASA Norway
TORM A/S Denmark ORKLA ASA Norway
DFDS AS Denmark YARA INTERNATIONAL ASA Norway
DAMPSKIBSSELSKABET NORDEN A/S Denmark AKER ASA Norway
CHR. HANSEN HOLDING A/S Denmark AKER SOLUTIONS ASA Norway
GN STORE NORD AS Denmark RENEWABLE ENERGY CORPORATION ASA Norway
COPENHAGEN AIRPORTS A/S Denmark HAFSLUND ASA Norway
COLOPLAST A/S Denmark NORSKE SKOGINDUSTRIER ASA Norway
NOKIA OYJ Finland AB VOLVO Sweden
FORTUM OYJ Finland TELEFONAKTIEBOLAGET LM ERICSSON Sweden
UPM-KYMMENE OYJ Finland TELIASONERA AB Sweden
STORA ENSO OYJ Finland SVENSKA CELLULOSA AB SCA Sweden
NESTE OIL OYJ Finland SCANIA AB Sweden
METSO OYJ Finland SANDVIK AB Sweden
OUTOKUMPU OYJ Finland SKANSKA AB Sweden
WARTSILA OYJ Finland AB ELECTROLUX Sweden
KESKO OYJ Finland ATLAS COPCO AB Sweden
KONE OYJ Finland AB INDUSTRIVARDEN Sweden
Table 7 Variables for Regression
Source: own make
Company name Nation Q ROE G Beta SIZE DEBT INV LIQ AGE DIV IND Q_t-1 ROE_t-1 G_t-1 VR_1 VR/CR_1 SUMVR_23 F_D I_D G_D D_D
A.P. MOLLER - MAERSK
A/SD 0,77 29,95 0,08 1,17 17,55 0,24 0,07 0,83 3,87 0 4 0,86 10,02 -0,01 50,60 1,23 20,02 1
TDC A/S D 1,01 12,40 -0,25 0,45 15,06 0,36 0,06 2,00 3,00 0 4 1,03 13,79 0,14 59,10 1,00 12,00 1
VESTAS WIND SYSTEMS
A/SD 0,31 8,64 0,10 1,56 15,75 0,13 0,11 0,02 4,17 0 4 0,14 24,05 0,21 5,23 1,00 10,08 1
TORM A/S D 0,94 -12,22 0,10 1,25 13,37 0,54 0,06 0,00 4,80 0 4 0,92 -1,53 -0,06 32,20 1,00 26,30 1
DFDS AS D 0,77 8,63 0,48 0,38 14,09 0,29 0,11 0,26 4,97 2 4 1,07 0,54 0,06 36,00 1,00 40,50 1
DAMPSKIBSSELSKABET
NORDEN A/SD 0,33 12,55 0,19 0,88 14,31 0,01 0,17 1,25 4,93 0 4 0,10 12,44 -0,04 26,60 1,00 16,60 1
CHR. HANSEN HOLDING
A/SD 0,90 9,61 0,03 0,41 13,26 0,40 0,03 0,65 4,91 0 2 0,88 3,17 -0,03 59,60 1,00 8,00 1
GN STORE NORD AS D 0,32 38,99 0,37 0,96 13,44 0,11 0,04 0,39 4,95 0 4 0,74 -0,02 -0,11 11,90 1,00 9,90 1
COPENHAGEN
AIRPORTS A/SD 0,87 35,27 0,07 0,11 12,98 0,41 0,03 1,68 4,44 0 4 0,97 25,68 0,05 53,70 1,00 43,10 1
COLOPLAST A/S D 0,43 48,49 -0,03 0,45 14,06 0,20 0,04 0,86 4,03 0 3 0,43 42,49 0,00 39,40 2,12 14,70 1
NOKIA OYJ F 0,07 12,42 0,09 1,03 17,56 0,11 0,06 0,27 4,98 2 3 0,11 7,35 -0,10 1,30 1,01 2,03 1
FORTUM OYJ F 1,06 19,67 0,11 0,74 15,66 0,30 0,05 0,42 4,13 3 4 1,00 20,36 -0,02 50,76 1,00 2,57 1
UPM-KYMMENE OYJ F 0,72 8,95 0,02 1,12 16,00 0,26 0,01 0,55 2,64 0 2 0,74 2,84 -0,01 3,53 1,00 3,76 1
STORA ENSO OYJ F 0,61 14,93 0,12 1,18 16,15 0,25 0,03 0,32 2,48 1 2 0,69 -17,31 -0,05 27,20 2,69 35,20 1
NESTE OIL OYJ F 0,58 12,26 0,17 1,15 16,29 0,28 0,14 0,58 4,13 0 2 0,55 13,39 0,21 50,10 1,00 4,40 1
METSO OYJ F 0,28 18,06 0,09 1,36 15,53 0,15 0,05 0,17 2,40 1 3 0,29 12,45 0,04 10,40 1,00 6,10 1
OUTOKUMPU OYJ F 0,47 -6,03 0,16 0,58 15,26 0,26 0,03 -0,32 4,36 0 3 0,61 -19,34 -0,09 30,80 1,00 12,70 1
WARTSILA OYJ F 0,17 33,45 0,01 1,16 15,33 0,12 -0,02 0,30 5,17 0 3 0,21 37,23 -0,02 17,08 1,00 7,03 1
KESKO OYJ F 0,28 14,52 0,09 0,77 15,99 0,06 0,06 0,27 4,23 1 5 0,30 10,80 -0,01 8,88 2,54 13,92 1
KONE OYJ F 0,31 44,67 0,14 0,82 15,42 0,01 0,04 0,51 1,61 0 3 0,31 44,43 0,07 61,39 3,02 3,45 1
STATOIL ASA N 0,78 62,32 0,21 0,97 18,02 0,16 0,12 0,56 3,64 2 1 0,80 57,93 0,14 67,00 1,00 5,63 1
TELENOR ASA N 0,93 23,00 0,11 0,68 16,31 0,15 0,09 0,62 4,71 1 4 0,92 19,48 0,04 53,97 1,00 8,48 1
NORSK HYDRO ASA N 0,37 6,59 0,22 1,36 16,08 0,00 0,07 0,40 4,65 3 3 0,49 2,96 -0,05 43,70 1,00 8,80 1
ORKLA ASA N 0,13 0,04 -0,02 0,85 15,81 0,25 0,02 0,26 5,87 2 3 0,31 2,21 0,06 23,20 1,00 16,10 1
YARA INTERNATIONAL
ASAN 0,50 31,77 0,13 1,13 15,94 0,17 -0,01 0,57 4,70 1 2 0,60 12,11 -0,11 36,20 1,00 9,10 1
AKER ASA N 0,83 9,16 0,05 1,07 13,78 0,43 -0,01 0,15 5,13 0 1 0,86 -16,15 0,04 66,66 1,00 4,30 1
AKER SOLUTIONS ASA N 0,34 23,17 0,07 1,74 15,59 0,19 0,05 0,11 1,79 0 3 0,38 35,74 0,09 40,27 1,00 7,80 1
RENEWABLE ENERGY
CORPORATION ASA -
REC
N 0,72 8,21 0,15 1,56 14,38 0,23 0,12 0,76 2,64 0 4 0,74 -14,69 0,32 39,74 1,00 11,80 1
HAFSLUND ASA N 0,67 1,73 0,08 0,33 14,52 0,35 0,05 0,10 4,72 0 4 0,71 5,16 0,11 58,50 1,09 37,30 1
NORSKE
SKOGINDUSTRIER ASAN 0,91 -32,68 -0,06 1,89 14,70 0,40 -0,01 0,08 3,87 0 2 0,91 -8,50 -0,14 5,74 1,00 7,47 1
AB VOLVO S 0,50 21,22 0,09 1,38 17,20 0,26 0,01 0,25 4,55 2 3 0,47 -30,98 -0,05 17,50 2,57 16,60 1
TELEFONAKTIEBOLAGE
T LM ERICSSONS -0,01 10,87 0,19 0,92 16,94 0,10 0,04 0,27 4,90 2 3 0,03 4,46 0,00 19,33 3,86 17,32 1
TELIASONERA AB S 0,87 23,78 0,06 0,78 16,29 0,24 0,07 0,84 2,08 0 4 0,84 20,40 0,08 37,30 1,00 16,80 1
SVENSKA CELLULOSA
AB SCAS 0,80 11,24 0,09 0,76 16,31 0,16 0,03 0,30 4,39 1 2 0,79 9,75 0,00 29,33 3,01 19,07 1
SCANIA AB S 0,46 41,73 0,14 1,26 15,98 0,22 0,02 0,46 4,70 1 4 0,57 6,88 -0,05 70,94 1,55 18,39 1
SANDVIK AB S 0,28 28,89 0,12 1,41 16,04 0,26 0,05 0,49 5,00 1 3 0,29 -11,98 -0,06 11,70 1,00 9,00 1
SKANSKA AB S 0,10 26,24 0,09 0,95 16,43 0,01 0,05 0,12 4,81 3 1 0,08 25,35 0,03 28,40 3,64 9,00 1
AB ELECTROLUX S 0,23 25,74 0,16 1,08 16,29 0,11 0,06 0,21 4,69 5 3 0,21 18,49 0,05 29,90 2,20 12,10 1
ATLAS COPCO AB S -0,02 46,31 0,21 1,18 15,87 0,27 0,04 0,57 4,92 2 3 0,08 32,42 -0,05 22,30 1,33 5,04 1
AB INDUSTRIVARDEN S 1,05 26,40 0,52 1,23 11,94 0,16 0,04 0,30 4,19 0 6 1,06 48,58 0,59 16,70 1,38 21,10 1
Appendix X: Regression Results Table 8 Regression Result on Tobin's Q
Source: SAS regression
Linear Regression ResultsThe REG Procedure
Model: Linear_Regression_Model
Dependent Variable: Tobin's Q_2010
Number of Observations Read 40
Number of Observations Used 40
Note: No intercept in model. R-Square is redefined.
Sum of Mean
Squares Square
Model 15 1.534.784 102.319 104.34 <.0001
Error 25 0.24515 0.00981
Uncorrected Total 40 1.559.299
Root MSE 0.09902 R-Square 0.9843
Dependent Mean 0.54116 Adj R-Sq 0.9748
Coeff Var 1.829.850
Paramet
er Standard
Estimate Error
VR_1 1 0.00144 0.00134 1.08 0.2913
VR/CR_1 1 0.01974 0.03491 0.57 0.5767
SUMVR_23 1 -0.00296 0.00213 -1.39 0.1782
family 1 -0.05258 0.35445 -0.15 0.8833
institution 1 0.03429 0.34084 0.10 0.9207
govern 10.00075026 0.35294 0.00 0.9983
dispersed 1 0.11351 0.37463 0.30 0.7644
SIZE 1 -0.00646 0.01844 -0.35 0.7291
DEBT 1 0.24812 0.21683 1.14 0.2633
INV 1 107.440 0.48294 2.22 0.0354
LIQ 1 0.01340 0.04456 0.30 0.7661
AGE 1 -0.02117 0.01920 -1.10 0.2808
DIV 1 -0.00712 0.01869 -0.38 0.7066
IND 1 0.00991 0.01919 0.52 0.6101
tobin's Q_2009 1 0.89810 0.08833 10.17 <.0001
Variable DF t Value Pr > |t|
Analysis of Variance
Source DF F Value Pr > F
Parameter Estimates
Table 9 Regression Result on ROE
Source: SAS regression
Linear Regression ResultsThe REG Procedure
Model: Linear_Regression_Model
Dependent Variable: ROE_2010
Number of Observations Read 40
Number of Observations Used 40
Note: No intercept in model. R-Square is redefined.
Sum of Mean
Squares Square
Model 15 22295 148.635.056 8.53 <.0001
Error 25 435.506.973 17.420.279
Uncorrected Total 40 26650
Root MSE 1.319.859 R-Square 0.8366
Dependent Mean 1.902.350 Adj R-Sq 0.7385
Coeff Var 6.938.045
Parameter Standard
Estimate Error
VR_1 1 -0.03022 0.16577 -0.18 0.8568
VR/CR_1 1 494.849 448.185 1.10 0.2801
SUMVR_23 1 -0.05516 0.27944 -0.20 0.8451
family 1 -4769255 4459167 -1.07 0.2950
institution 1 -5.145.231 4.322.745 -1.19 0.2451
govern 1 -5146164 4371939 -1.18 0.2502
dispersed 1 -7021672 4641674 -1.51 0.1429
SIZE 1 396.244 231.396 1.71 0.0992
DEBT 1 -2.457.021 2.821.241 -0.87 0.3921
INV 1 -7.922.533 6.319.379 -1.25 0.2216
LIQ 1 1.024.596 592.870 1.73 0.0963
AGE 1 219.809 244.692 0.90 0.3776
DIV 1 -0.89773 244.674 -0.37 0.7168
IND 1 -0.23737 253.260 -0.09 0.9261
ROE_2009 1 0.41496 0.13171 3.15 0.0042
Analysis of Variance
Source DF F Value Pr > F
Parameter Estimates
Variable DF t Value Pr > |t|
Table 10 Regression Results on Growth
Source: SAS regression
Linear Regression ResultsThe REG Procedure
Model: Linear_Regression_Model
Dependent Variable: G_2010
Number of Observations Read 40
Number of Observations Used 40
Note: No intercept in model. R-Square is redefined.
Sum of Mean
Squares Square
Model 15 0.96486 0.06432 6.08 <.0001
Error 25 0.26447 0.01058
Uncorrected Total 40 122.933
Root MSE 0.10285 R-Square 0.7849
Dependent Mean 0.11879 Adj R-Sq 0.6558
Coeff Var 8.658.656
Paramet
er Standard
Estimate Error
VR_1 1 -0.00120 0.00130 -0.92 0.3647
VR/CR_1 1 0.00303 0.03483 0.09 0.9314
SUMVR_23 1 0.00298 0.00216 1.38 0.1802
family 1 0.58516 0.34646 1.69 0.1037
institution 1 0.51660 0.34133 1.51 0.1427
govern 1 0.57419 0.34329 1.67 0.1069
dispersed 1 0.46325 0.36639 1.26 0.2178
SIZE 1 -0.02875 0.01863 -1.54 0.1354
DEBT 1 -0.29913 0.20735 -1.44 0.1615
INV 1 0.69663 0.52362 1.33 0.1954
LIQ 1 -0.09991 0.04653 -2.15 0.0416
AGE 1 0.01960 0.01995 0.98 0.3354
DIV 1 0.01945 0.01901 1.02 0.3161
IND 1-0.00027080 0.02037 -0.01 0.9895
G_2009 1 0.22196 0.16408 1.35 0.1882
Analysis of Variance
Source DF F Value Pr > F
Parameter Estimates
Variable DF t Value Pr > |t|
Table 11 Regression Results on Beta
Source: SAS regression
Linear Regression ResultsThe REG Procedure
Model: Linear_Regression_Model
Dependent Variable: risk_2010
Number of Observations Read 40
Number of Observations Used 40
Note: No intercept in model. R-Square is redefined.
Sum of Mean
Squares Square
Model 14 4.359.111 311.365 32.11 <.0001
Error 26 252.106 0.09696
Uncorrected Total 40 4.611.217
Root MSE 0.31139 R-Square 0.9453
Dependent Mean 100.041 Adj R-Sq 0.9159
Coeff Var 3.112.613
Paramet
er Standard
Estimate Error
VR_1 1 -0.00420 0.00383 -1.10 0.2834
VR/CR_1 1 -0.11796 0.10544 -1.12 0.2735
SUMVR_23 1 -0.00887 0.00653 -1.36 0.1860
family 1 0.79175 102152 0.78 0.4453
institution 1 113364 0.99406 1.14 0.2645
govern 1 0.73604 100746 0.73 0.4716
dispersed 1 0.93066 107103 0.87 0.3928
SIZE 1 0.07604 0.05393 1.41 0.1704
DEBT 1 -0.16519 0.62473 -0.26 0.7935
INV 1 0.59790 148.955 0.40 0.6914
LIQ 1 -0.40998 0.13861 -2.96 0.0065
AGE 1 -0.11368 0.05707 -1.99 0.0570
DIV 1 -0.01954 0.05754 -0.34 0.7369
IND 10.00073588 0.05962 0.01 0.9902
Parameter Estimates
Analysis of Variance
Source DF F Value Pr > F
Variable DF t Value Pr > |t|