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CHAPTER VIII
SUMMARY AND CONCLUSIONS
There has been increased level of globalization, liberalization and rapid
economic expansion after early nineties. Despite the continued to economic
slowdown, the business environment is still frenetic as companies struggle to shift to
business strategies, lower costs and improve quality and service. It is no secret that
today’s business managers have to consider the effects of global economic uncertainty,
geopolitical unrest, and increased shareholder alertness, strict watch by regulatory
bodies, limited resources and the increasing complexity of business. Investment and
financing decisions are in the midst of this transformation journey. The aim of the
present chapter is to briefly summarize the major findings of the work. This apart, the
chapter also presents the limitations and some suggestions for future researches. The
present study has tried to study the relationship between capital expenditure
(corporate investment) and financing pattern of Indian corporate sector.
Investment decisions are an important aspect of managerial decisions.
Traditional finance theories have considered investment decisions as unrelated to
financing decisions. However, this conclusion is reached on the pre-condition of a
perfect market with no frictions, i.e. there is no tax, no cost to bankruptcy, nor any
other transaction costs, no information asymmetry, and managers always maximize
shareholders’ wealth. In such a perfect market, investment decisions are completely
separated from financing decisions, and managers only need to identify the positive
NPV projects for the firm (MM, 1958)263. However, finance literature in recent years
recognizes that the market is imperfect. In an imperfect market, various factors
influence firms’ investment decisions.
As this study aims at understanding capital expenditure behavior of major
Indian companies, these expenditures have been referred to as business fixed
investment or corporate investment in a broader paradigm. Corporate investment is in
turn a significant barometer of growth and development in an economy and involves
huge stakes. Five basic models of investment have been highlighted to bring forward
263 Modigliani, F. and M. Miller, "The Cost of Capital, Corporation Finance and the Theory of
Investment", American Economic Review 48, 1958, 261-297
274
the relative importance of the various factors (output, cashflows, cost of capital, and
so on) in shaping up the investment decision. The present study has used accelerator-
cashflow model as the basic model of analysis as change in output and internal funds
seem to be the most significant factors in explaining investment. Most of the studies
of Indian origin have used accelerator, accelerator cashflow models due to data
availability constraints attached to user cost of capital concept of neoclassical mode.
Moreover, markets in India are not efficient enough to reflect the true value of firms
and thereby restrict the usage of Tobin’s Q. Further, the different sources available
with firms’ for raising funds have also been provided. The propositions laid by
Modigliani and Miller (hereafter referred as MM) in their seminal article of 1958264
have proved to be a landmark in the literature of corporate finance. They showed that
a firm’s financial policy is irrelevant for taking investment and dividend decisions by
proving that the market value of the firm depends only on its profits and is
independent of its capital structure. They argued that internal and external funds are
perfect substitutes. However, this separation of investment and financing decisions
was presented with the underlying assumptions of perfect and symmetric information.
A vast empirical literature supports the hierarchy of financing which expects
that the investment expenditure of some firms may be constrained by lack of
internally generated funds. Various factors like access to markets, availability of
information and transaction costs make internal sources of finance preferred over
external sources for a number of firms. For such firms, the cost of external capital
does indeed seem to exceed the cost of internal funds. Myers and Majluf (1984)265
have tagged the hierarchy of financing driven by asymmetric information and/or the
real direct and indirect costs of different sources of financing as the pecking order
theory. The firms utilize internal finances for positive net present value projects in the
first instance, subsequently debt (as the least risky form of external financing)
followed by all kinds of hybrid debt with equity components and finally with external
equity as a last resort.
264 Modigliani and Miller, op. cit. 265 Myers, Stewart. C. and Majluf, Nicholas S., “Corporate Financing and Investment Decisions When
Firms have Information that Investors do not”, Journal of Financial Economics, 13, 1984, pp. 187-221.
275
Accordingly, a positive relation between investment and internal funds may
result from asymmetric information because the lack of internal capital and the ‘high
cost’ of external capital create an underinvestment problem (Goergen and Renneboog,
2000)266. To put it in another way, the positive relation may also be the outcome of
an abundance of retained earnings which makes internal funds too inexpensive (from
the management’s point of view). In certain firms agency costs also impact the
relation between investment and internal funds. In such cases, managers’ interests are
not perfectly aligned with those of the shareholders, (Bernanke and Gertler, 1989267):
managerial decision-making may be motivated by ‘empire building’ and lead to
overinvestment. In this setting, managers may place a discount on internal funds and
may overspend by undertaking even negative NPV projects as long as there is
excessive liquidity in the firm because managers may derive more private benefits by
increasing their firm’s size (Hart and Moore, 1995)268.
The question whether or not the level of investment depends on sources of
finance, has drawn substantial attention over the recent decades since the seminal
paper by Fazzari, Hubbard and Petersen (1988)269 rekindled the interest in the
determinants of investments. However, relatively few studies tested the investment-
financing relation in Indian context. Notable Indian contributions include,
Krishnamurty and Sastry (1975)270, Athey and Laumas (1994)271, Purohit, Lall and
266 Goergen M. and L. Renneboog, "Investment Policy, Internal Financing and Ownership
Concentration in the UK", Centre for Economic Research, November 2000 267 Bernanke, B. and Gertler, M., "Agency Costs, Net Worth and Business Fluctuations," American
Economic Review, 73, 1989, pp 257 - 276. 268 Hart, Oliver, and John Moore, “Debt and Seniority: An Analysis of the Role of Hard Claims in
Constraining Management”, American Economic Review, 85, Issue 3, June, 1995, pp. 567-586 269 Fazzari, Steven and Hubbard, R. Glenn and Petersen, Bruce C., “Financing Constraints and
Corporate Investment," NBER Working Papers 2387, National Bureau of Economic Research, Inc., September 1988
270 Krishnamurthy, K. and Sastry, D.U., Investment and Financing in the Corporate Sector in India, Tata McGraw-Hill Publishing Company Ltd, New Delhi, 1975
271 Athey, M. J. and Laumas, P. S., "Internal Funds and Corporate Investment in India", Journal of Development Economics, Vol. 45, 1994, pp. 287-303
276
Panda (1994)272, Gangopadhyay, Lensink and Molen (2001)273, Athukorala and Sen
(2002)274, Nair (2004)275, Bhaduri (2005)276 and Bhattacharyya (2007)277.
Hence, the role of corporate investment in the process of development has
been well recognized. A robust status of corporate investment is considered as a
crucial instrument for economic growth as it indicates growth in aggregate demand
followed by growth of aggregate supply resulting in a closer move towards full
employment level. Moreover, the economic reforms post Industrial Policy 1991 has
led to a paradigm shift in the corporate sector by enhancing the productivity and
performance of the same. This prompted to study the significance of financing
patterns on corporate investment decisions which is a broad area of research. This
work is motivated by the fast development in this field and attempts to extend the
status quo and contribute to current literature.
8.1 OBJECTIVES AND RESEARCH METHODOLOGY REVISITED
The present study primarily aims to study the financing of capital expenditures in
Indian corporate sector. Within this primary objective, the specific objectives of study
are:
i) To identify the trends about the frequency and size of capital expenditures.
o To study the significance of various sources of funds for financing
long-term investment decisions.
j) To analyze the importance of cashflows in firm’s investment decisions and
the nature of its relationship with corporate investment.
272 Purohit, Bad ri Narayan; Lall, Gouri Shankar and Panda, Jagannath, Capital Budgeting in India,
Kanishka Publishers Distributors, 1994 273 Gangopadhyay, S., Lensink, R. and Van Der Molen, R., "Business Groups, Financing Constraints
and Investment", CCSO Quarterly Journal, Vol. 3, No. 4, 2001 274 Athukorala, P.C. and K. Sen, ''Liberalization and Business Investment in India'', Australian and
East Anglian Universities: Research School of Pacific and Asian Studies Press, 2002 275 Nair, V.R. Prabhakaran, "Financial Liberalization and Determinants of Investment: An Enquiry
into Indian Private Corporate Manufacturing Sector", 8th Capital Markets Conference, Indian Institute of Capital Markets Paper, December 20, 2004, Available at SSRN: http://ssrn.com/abstract=872268 or http://dx.doi.org/10.2139/ssrn.872268
276 Bhaduri, Saumitra N., "Investment, Financial Constraints and Financial Liberalization: Some Stylized Facts from a Developing Economy", India, Journal of Asian Economics, Volume 16, Issue 4, August 2005, pp 704-718
277 Bhattacharyya, Surajit, “Determinants of Private Corporate Investment: Evidence from Indian Manufacturing Firms”, Economic Society of South Africa, Conference, 2007
277
k) To examine the relationship between financing and capital expenditure
decisions.
Hypotheses
As regards the first objective, the hypothesis is that routine investments are
more frequent than growth related investments. The sub- hypotheses are as follows:
c) Change in net fixed assets (capital expenditure) has taken place in every
year of the study period.
d) Rate of increase in capital expenditures incurred by sample companies
has increased over the study period.
As regards the second objective of the study, it is hypothesized that borrowed
funds are most frequently used for financing capital expenditures. Following sub-
hypothesis has been developed in this regard:
g) Flow of new equity has a significant relationship with change in net
fixed assets.
h) Flow of borrowings has a significant relationship with change in net
fixed assets.
i) The coefficient for flow of borrowings is larger than coefficient of flow
of new equity in investment equation.
j) The coefficient for flow of borrowings is larger than coefficient of
operating cashflows (proxy used for internal funds) in investment
equation.
k) Change in inventory has a negative and significant relationship with
change in net fixed assets.
l) Trade credit has a positive and significant relationship with change in net
fixed assets.
As regards the third objective of the study, it is hypothesized that investment
decisions of firms are sensitive to cash-flows and there is a U-shaped relationship
between investment and cashflows. This has been elaborated as follows:
278
d) Accelerator -cashflow theory of investment is applicable in Indian
corporate sector.
e) Internal funds (operating cashflows) have a significant relationship with
change in net fixed assets.
f) There is a U-shaped relationship between change in net fixed assets
(investment) and operating cashflows.
As regards the fourth objective, the hypothesis is that sources of finance
have a positive relationship with change in net fixed assets. Within this major
hypothesis, the following hypotheses have been tested:
d. Flow of new equity has a positive relationship with change in net fixed
assets.
e. Flow of borrowings has a positive relationship with change in net fixed
assets.
f. Operating cashflows have a positive relationship with change in net
fixed assets.
The data for the study is obtained from secondary sources from database
maintained by Centre for Monitoring Indian Economy (Prowess). A sample of 176
companies from ET500 (Top 500 companies of India on turnover basis) list published
by Economic Times Group in 2008 is considered. The study is based on the initial
sample of 500 largest companies of India on the premise that large companies are
actively involved in capital (investment) expenditures thereby rendering authenticity
to the results. Government companies run as commercial enterprises by the
government have also been included in the sample subject to sample selection criteria.
The following criterion has been applied to select companies in the study:
• Continuity of Operations over the study period from 1994-95 to 2008-09.
• Consistent Data Availability for the fourteen year study period.
• Common and Consistent Accounting Year throughout the fourteen years.
279
The trends have been captured by tabulating the major variables used in the study
for aggregate as well as industry-wise samples. The same have been graphically
depicted by using line charts.
Since this is a study of investment behavior of Indian corporate sector requiring a
cross-section study comprising of companies over fourteen years (1994-95 to 2008-
09), panel data models are used for regression and estimation. In this study, panel data
model has been used with balanced dataset. The classical regression (Ordinary Least
Squares) results have been estimated using LIMDEP Software, Version 7.0. Further,
fixed effects model has been examined wherever, LM test statistic favors fixed
effects/ random effects model over classical regression. A choice between fixed and
random effects model has been made as suggested by Hausman Test statistic.
Additionally, fixed effects results have been presented for both ‘group dummy’ and
‘group dummy and period effects’. In the present study, the issue of heteroskedasticity
has been addressed by scaling down the dependent and independent variables by
beginning of the year value of net fixed assets. Hence, no specific tests had to be
carried out. Correlation matrix for various independent variables has been estimated
for aggregate as well as industry group-wise sample. The analysis of these matrices
has been carried out to study the existence and extent of multicollinearity. Moreover,
auto-correlation has been addressed by analyzing Durbin-Watson statistic. The model
has been specified and estimated for the cumulative sample and industry-wise sub-
samples.
8.2 MAJOR FINDINGS
This section has been sub-divided into three sub-sections to discuss the
findings of the study. Section 8.2.1 deals with findings related to trend analysis and
Section 8.2.2 presents Empirical findings related to aggregate sample. Empirical
findings related to industry wise sub-samples have been provided in Section 8.2.3.
8.2.1 Findings Related to Trend Analysis
280
The major findings trend analysis pertaining to major variables of the study
have been captured below.
a. The rate of change in net fixed assets over the study period shows that routine
investments are more frequent than growth related investments. This trend has
been in line with the hypothesis for the study.
b. There has been a consistent rise in the change in output figures of the sample
companies over the study period. Change in output and change in net fixed
assets have significant and positive correlation. This variable has been used as
a proxy for accelerator for both current and previous year values.
c. A significantly positive correlation amongst flow of borrowings and change in
net fixed assets lend support to the hypothesis of importance of borrowings in
explaining capital expenditure decisions of the firms. It seems that external
funds are heavily employed for sponsoring the capital expenditures of Indian
corporate sector.
d. Trend analysis pattern of sales and change in output have been largely similar
and the degree of their correlation with net fixed assets has been found to be
significant and positive.
e. A rhythmic trend has been observed between change in net fixed assets and
trade credit. The movements of both the variables strongly favor a highly
positive correlation coefficient amongst the two variables.
f. Trends illustrate a significantly positive relationship between operating
cashflows and change in net fixed assets indicating the importance of internal
funds for Indian corporate sector.
g. A positive but statistically insignificant relationship has been found amongst
change in net fixed assets and change in inventory. A deeper understanding
has been gathered through panel data analysis.
h. It is interesting to note that flow of equity has been positive for maximum part
of the study but 1998-99 has witnessed a negative growth which coincides
with the introduction of buy-back norms in India. However, the quantum of
funds raised through equity has been much less than other sources of finance.
8.2.2 Empirical Findings Related to Aggregate Sample
281
The panel regression results for the aggregate sample of 176 large sized Indian
companies have been presented below.
a. The results for the aggregate sample have been robust and majorly in line with
the pre-established hypothesis that all explanatory variables except change in
inventory have a positive relationship with change in net fixed assets
(corporate investment) and are significant at different significance levels.
b. Accelerator (change in output) theory of investment plays a determining role
in firm’s fixed investment behavior. Change in output (Y) representing
accelerator has found empirical support as an important factor in influencing
the investment decision. Both changes in output (Y) and change in output in
the previous year (LAGY) are found to be statistically significant at 1 percent
and 10 percent level of significance in fixed effects results with group dummy
variables. It is pertinent to note here that fixed effects results have been
favored over classical regression and random effects model as per Lagrange
Multiplier Test Statistic and Hausman Test Statistic.
c. The coefficient of change in net fixed assets in the previous year (LAGF) has
not been found to be significant which in turn indicates that investments in
fixed assets are not dynamically related to the level of investment in the
previous period.
d. Change in inventory has been found as negatively significant. This suggests
the substitution relationship between fixed and inventory investment due to
significant negative coefficient of change in inventory. Hence, this finding
confirms the theoretical belief that in order to commit a greater share of funds
towards long-term investment, inventory investment of a company has to be
streamlined.
e. The results confirm a highly significant and positive relation of trade credit
with change in net fixed assets as postulated thereby paving way for
acceptance of null hypothesis. Therefore, the sample from Indian corporate
sector confirms the theoretical justification that increase in short-term funds
through better bargains with creditors and acceptances effects the change in
net fixed assets in a positive and significant manner.
282
f. Cashflow from operating activities (CFO) which has been used as a proxy for
internal funds in the study has been found to be highly significant with a
positive coefficient at 1 percent level of significance. This lends support to the
theoretical belief that internally generated surplus funds play a noteworthy role
in influencing the level of investment in net fixed assets.
g. A notable contribution of equity financing in total funds raised has been
observed during the analysis of panel data results. The significant impact of
this variable can be attributed to a robust and growing economy. This finding
of the study goes against the famous pecking order hypothesis and this may be
attributed to the fact that during the study period Indian capital markets have
developed rapidly, not only in terms of turnover and market capitalization but
also in terms of availability of diverse fund-raising instruments.
h. The analysis reveals that flow of borrowings is highly significant variable.
Hence, despite rapid economic growth and significance of flow of equity in
explaining investment behavior of firms, this variable has been found to have
a positive and highly significant relation with change in net fixed assets.
i. The study has postulated a non-monotonic relationship between investment
and cashflows. In order to further dwell on this postulate, a square and a cubic
term in the regression to capture the higher order relationship between cash
flow and investment to empirically check for existence of U-shaped
relationship between investment and cashflow. As postulated, CFO has a
positive coefficient which turns to be negative with CFO square and finally
returns to be positive with CFO cube. Hence, the U-shaped relationship
between investment and cashflow has been reinstated by empirical findings.
8.2.3 Empirical Findings Related to Industry-Wise Sample
283
This section presents the regression results of financing of capital expenditures
for twelve of fourteen industry groups. Panel regression has not been carried out for
coal mining and paper industry as there is only one company each from these industry
groups in the aggregate sample.
a. Basic Metal Alloys and Metal Products Industry
i. Lagrange Multiplier Test Statistic has favored ordinary least squares
over fixed and/or random effects model.
ii. The significance of change in output (Y) along with the positive sign
indicates presence of accelerator model in this industry group.
However, a negative and significant change in output in the previous
year (LAGY) is contrary to the hypothesis.
iii. Amongst the internal and external sources of finance used in the
investment equation, Flow of borrowings (FB) and cashflow from
operating activities (CFO) appears to be the most significant
determining variables of investment. Apparently, industries in this
group rely more heavily on borrowing than equity as preferred source
of financing their investment requirements. It is pertinent to note here
that Flow of equity (FEQ) has been observed to have a negatively
significant coefficient, opposing the hypothesis.
iv. Trade credit and change in inventory have been insignificant in the
panel data results.
v. The U-shaped relationship hypothesized between investment and
cashflow is not supported by the results of this industry group. Rather a
positive coefficient for operating cashflow square (CFSQ) and a
negative coefficient for operating cashflow cube (CFCUBE) indicate
towards the obverse, i.e., traces of an inverse U-shaped relationship in
this group.
b. Beverages, Tobacco and Tobacco Products Industry
284
i. Classical regression results have been preferred over fixed and/or
random effects model.
ii. Accelerator theory has not been found operational due to insignificant
coefficient assigned to both change in output in the current and
previous year.
iii. Flow of borrowings (FB) has statistically significant and positive
coefficient as hypothesized. It implies that external funds raised in the
form of borrowings are predominantly used for financing investment in
this industry group. The other three variables representing sources of
finance, viz. cashflows from operating activities and flow of equity and
trade credit have insignificant coefficient.
iv. In regressions with higher powers of cashflow, it has been found that
only flow of borrowings (FB) have a significant coefficient. The U-
shaped relationship between investment and cashflows lacks empirical
support in this industry group.
c. Chemical and Chemical Products Industry
i. A significant and positive coefficient for change in output in the
previous year (LAGY) while insignificant coefficient for change in
output (Y) implies that the accelerator operates with a lag in case of
chemicals industry.
ii. Contrary to the hypothesis, change in inventory (CHG_I) has a positive
and significant coefficient. This implies that the firms in this group
have increased their capital investment even when their inventories
have gone up.
iii. Though operating cashflows (CFO) and flow of borrowings (FB) have
a positive and statistically significant coefficient, flow of equity (FEQ)
is insignificant. Positive and significant coefficient for operating
cashflows (CFO) along with borrowings (FB) indicates that both
internal as well as external sources of finance are crucial in shaping
capital expenditures of this industry group.
285
iv. In regressions with higher powers of cashflow, operating cashflows
(CFO)’s coefficient turns negative. Operating cashflow square (CFSQ)
has a positive coefficient and operating cashflow cube (CFCUBE) has
a negative coefficient (significant only in ordinary least squares (OLS)).
Thus there is some empirical evidence against U-shaped relationship in
this group of industry.
d. Food Articles Industry
i. The insignificant coefficient of change in output in the current (Y) and
previous year (LAGY) indicates absence of accelerator theory in this
industry.
ii. Flow of borrowings (FB) and trade credit (TC) has positive and
significant coefficient as hypothesized. However, cashflow from
operating activities (CFO) and flow of equity (FEQ) have been
insignificant.
iii. In regressions with higher powers of cashflow the coefficient for
operating cashflow square (CFSQ) is statistically significant positive
and there is negative coefficient for operating cashflow cube
(CFCUBE). Thus, empirical results do not support U-shaped
relationship between cashflow and investment.
e. Food Products Industry
i. The presence of accelerator theory has been confirmed in this industry
by a positive and significant coefficient of Change in output (Y)
ii. Operating cashflows (CFO), flow of equity (FEQ) and flow of
borrowings (FB) have a positive and significant coefficient. These
results are pretty much in line with the hypothesis. Hence, both internal
and external funds are employed for financing the capital expenditure
needs of the firms.
iii. In regressions with higher powers of cashflow, some empirical support
for a U-shaped relationship between cashflow and investment has been
observed. Although, (positive) coefficient for operating cashflows
286
(CFO) is not statistically significant, the negative coefficient for
cashflow square and positive coefficient for cashflow cube is
significant. Therefore, there is some empirical evidence of U-shaped
relationship between investment and cashflow in this group.
f. Machinery and Machine Tools Industry
i. Empirical results are not in line with hypothesis in case of change in
output (Y) implying that the accelerator is not in operation in this
group.
ii. Except flow of equity (FEQ) all other sources of finance including
operating cashflows (CFO), Flow of borrowings (FB) and trade credit
(TC) have positive and significant coefficients as hypothesized.
iii. Change in inventory (CHG_I) is an important variable for this group
with a negative and significant coefficient as hypothesized. This
signals a substitution relationship between short-term (inventory) and
long-term (capital expenditures) investment.
iv. There is strong empirical support for U-shaped relationship between
cashflow and investment. The coefficients of cashflows, cashflow
square and cashflow cube are significant and have positive, negative
and positive sign respectively.
g. Minerals Industry
i. Accelerator operates in this industry but with a year’s lag. This has
been deduced by an insignificant coefficient of change in output of
current year (Y) but significant and positive coefficient of change in
output in the previous year (LAGY). However, this result has been
provided in fixed effects model (FEM) (group dummy) and both the
indicators of accelerator theory have insignificant coefficients in
classical regression.
ii. The results are robust and broadly in line with the hypothesis for all the
variables representing sources of finance. Flow of equity (FEQ) and
trade credit (TC) have positive and significant coefficient in ordinary
287
least squares (OLS). Additionally, operating cashflows (CFO) and flow
of borrowings (FB) have significant and positive coefficients in fixed
effects model with group dummy and period effects.
iii. There is empirical evidence for a U-shaped relationship between
investment and cashflow. Both internal and external sources of finance
have significant coefficients in the investment equation.
h. Non Metallic Mineral Products Industry
i. Contrary to the hypothesis change in inventory (CHG_I) has a positive
and significant coefficient along with change in output in the previous
year (LAGY) (in ordinary least squares (OLS) and fixed effects model
(FEM) group dummy).
ii. Operating cashflows (CFO), flow of borrowings (FB) and trade credit
(TC) have positive and significant coefficients. However, no major
role of equity has been highlighted by the results as the respective
coefficient is insignificant.
iii. There is no support for U-shaped relationship as operating cashflows
(CFO)’s coefficient becomes insignificant in regressions run with
higher powers for cashflows.
i. Rubber and Plastic Products Industry
i. There is some evidence in support of accelerator theory as change in
output (Y) has a significant and positive coefficient.
ii. Flow of borrowings (FB) and operating cashflows (CFO) have positive
and significant coefficients signaling their dominance in explaining the
investment equation in this industry group. However, flow of equity
(FEQ) and trade credit (TC) do not seem to play a major role due to
insignificant coefficients in panel regression results.
iii. Operating cashflows (CFO) has a positive but insignificant coefficient,
operating cashflow square (CFSQ) has a negative but insignificant
coefficient. Interestingly there is significant and positive coefficient for
288
operating cashflow cube (CFCUBE). Thus, the U-shaped relationship
is not fully established by empirical results in this case.
j. Textiles Industry
i. Change in output (Y) has a positive and significant coefficient
supporting the existence of accelerator theory.
ii. Flow of borrowings (FB) has a positive and significant coefficient as
hypothesized.
iii. The negatively significant coefficient of change in inventory (CHG_I)
indicates a substitution relationship between long-term and short-term
investment.
iv. This industry group has been unable to gather support for U-shaped
relationship between cashflow and investment.
k. Transport Equipment and Parts Industry
i. Accelerator theory has strong empirical support in this group. Change
in output (Y) has a significant positive coefficient.
ii. However, contrary to the hypothesis, change in inventory (CHG_I) has
a significant positive coefficient in ordinary least squares (OLS) results.
iii. In regressions with higher powers of cashflow the signs of coefficients
are not in line with the theory of U-shaped relationship.
l. Electricity Industry
i. Accelerator theory has strong empirical support in this group. Change
in output (Y) has a significant positive coefficient.
ii. However, contrary to the hypothesis, change in inventory (CHG_I) has
a significant positive coefficient in ordinary least squares (OLS) results.
iii. In regressions with higher powers of cashflow the signs of coefficients are
not in line with the theory of U-shaped relationship.
Observing the above findings, it can be concluded that flow of borrowings (FB)
appears to be more important variable as compared to flow of equity (FEQ). This has
289
been observed despite the fact that Indian capital markets have developed
tremendously during the period of study. Apparently, either the firms consider it
easier to borrow rather than raising capital through stock exchanges because of
procedural issues, and/or the firms find borrowing a cheaper source of funds as
compared to equity capital. The industry group specific results have wide divergence
from the hypotheses, whereas composite results are broadly in line with the
hypotheses. Thus it is plausible to argue that the composite panel is more
representative than the industry specific panels.
8.3 CONTRIBUTION OF THE STUDY
The Indian economy is one of the fastest growing economies of the world.
Despite the recent economic recession faced by some of the biggest economies of the
world, Indian economy has fared remarkably well at the financial front. The
frequency, quantum and diversity of investment opportunities faced by present day
Indian corporate sector is the primary reason for understanding the preferred
financing pattern in depth. Additionally post industrial policy 1991, the structural and
macroeconomic reforms followed due to liberalization, privatization and globalization
regime makes it even more interesting to study the financing patterns in an era
accompanied by plethora of investment opportunities.
The findings of this study will be of great use by policy makers, the Indian
corporate sector and investors in general. The present study, besides enhancing the
existing empirical literature, has provided the results with a sample comprising of
private and public sector enterprises from Indian corporate sector. The study will be
found useful from various dimensions and its justification is derived from wider
considerations, both academic and practical in terms of its relevance to the Indian
corporate sector.
The study will be especially serving both public and private sector enterprises
as very few studies take a combined sample for analysis. It will also be of
considerable usage to the companies in identifying and understanding the deviations
in financing pattern of a particular industry group from the aggregate sample results.
As the study covers the period after liberalization, it will provide a reference ground
290
for financial heads and top management executives in making choices between
various sources of finance for various investment proposals. Moreover, the results
pertaining to U-shaped relationship of investment and cashflows have enriched the
available literature on this topic by providing results from a developing economy
sample.
Additionally, the sensitivity of investment to cashflows has strengthened the
signaling effect of cashflows. The status of cashflows may be used by investors not
only as an indicator of future prospects but also a firm’s plan to indulge in fresh
capital expenditures. The role of trade credit in defining investment behavior of the
companies has been a highlight of the study. Finance managers, students and
researchers can explore this relationship at a larger scale and work towards better
management of this variable keeping in mind its relative importance.
In the wake of a globalised markets, liberalized trade regimes, economic
recessions and challenges presented by atrocious natural calamities, Indian corporate
sector has been undergoing a dramatic transformation. Investment opportunities have
expanded beyond the geographical borders and so has been the widening of financing
options and above all the dependence on capital markets has increased. In this
scenario, the empirical finding of this study will be interesting to financial institutions
like IDBI, IFCI, ICICI, along with Commercial Banks. As these institutions play a
pivotal role in answering the financing needs of corporate sector. The findings will be
relevant to the private corporate sector in general for their investment portfolio
decisions.
An exhaustive list of contribution of the study has not been provided keeping
in consideration that a study revolving around investment and financing decisions and
covering multiple variables may shed light on various aspects of financial
management and may help the researchers in answering various queries.
8.4 SUGGESTIONS FOR FUTURE RESEARCH
The study has primarily revolved around the relationship between capital
expenditures and preferred financing pattern of Indian corporate sector. A few
suggestions and related areas where further investigations can be done are as follows:
291
1. Re-specification of existing variables and inclusion of new variables is
always a possibility.
2. The study has concentrated on large scale companies only. An
extensive study can be conducted covering medium and small scale
companies.
3. International comparison of the financing pattern and its relationship
with capital expenditures could be made and their findings can be
generalized.
To finish off with, this is certainly not an exhaustive list but just an effort to
procure areas whose study might reap juicy fruits. The present chapter summarizes
the research work carried out and discussed in previous chapters.
292
APPENDIX I LIST OF SAMPLE COMPANIES
1 Aarti Industries Ltd. 36 Chettinad Cement Corpn. Ltd. 2 Aditya Birla Nuvo Ltd. 37 Cipla Ltd. 3 Agro Tech Foods Ltd. 38 Colgate-Palmolive (India) Ltd. 4 Akzo Nobel India Ltd. (ICI India) 39 Coromandel International Ltd. 5 Alok Industries Ltd. 40 Crompton Greaves Ltd. 6 Amara Raja Batteries Ltd. 41 Cummins India Ltd.
7 Anik Industries Ltd. 42 D C M Shriram Consolidated Ltd.
8 Apar Industries Ltd. 43 D C W Ltd. 9 Apollo Tyres Ltd. 44 Dabur India Ltd. 10 Asahi India Glass Ltd. 45 Dalmia Cement (Bharat) Ltd.
11 Ashapura Minechem Ltd. 46 Deepak Fertilisers & Petrochemicals Corpn. Ltd.
12 Ashok Leyland Ltd. 47 Dr. Reddy'S Laboratories Ltd. 13 Asian Paints Ltd. 48 E I D-Parry (India) Ltd. 14 Atul Ltd. 49 Eicher Motors Ltd. 15 B A S F India Ltd. 50 Electrosteel Castings Ltd. 16 Bajaj Electricals Ltd. 51 Electrotherm (India) Ltd. 17 Balkrishna Industries Ltd. 52 Emco Ltd. 18 Balmer Lawrie & Co. Ltd. 53 Eveready Industries (India) Ltd. 19 Berger Paints India Ltd. 54 Exide Industries Ltd.
20 Bharat Electronics Ltd. 55 Fertilisers & Chemicals, Travancore Ltd.
21 Bharat Forge Ltd. 56 Finolex Cables Ltd. 22 Bharat Heavy Electricals Ltd. 57 Forbes & Co. Ltd. 23 Bharat Petroleum Corpn. Ltd. 58 Force Motors Ltd. 24 Bhushan Steel Ltd. 59 Godfrey Phillips India Ltd. 25 Birla Corporation Ltd. 60 Godrej Industries Ltd. 26 Blue Star Ltd. 61 Graphite India Ltd. 27 Bombay Dyeing & Mfg. Co. Ltd. 62 Grasim Industries Ltd.
28 Britannia Industries Ltd. 63 Gujarat Alkalies & Chemicals Ltd.
29 C E S C Ltd. 64 Gujarat Ambuja Exports Ltd. 30 C M C Ltd. 65 Gujarat Fluorochemicals Ltd.
31 Carborundum Universal Ltd. 66 Gujarat Industries Power Co. Ltd.
32 Century Enka Ltd. 67 Gujarat Mineral Development Corporation Ltd.
33 Century Textiles & Inds. Ltd. 68 Gulf Oil Corporation Ltd.
34 Chambal Fertilisers & Chemicals Ltd.
69 H B L Power Systems Ltd.
35 Chennai Petroleum Corpn. Ltd. 70 H E G Ltd. 71 Hatsun Agro Products Ltd. 111 Motherson Sumi Systems Ltd. 72 Havells India Ltd. 112 Mukand Ltd.
293
73 Hero Honda Motors Ltd. 113 N M D C Ltd. 74 Himatsingka Seide Ltd. 114 N T P C Ltd.
75 Hindalco Industries Ltd. 115 Nagarjuna Fertilizers & Chemicals Ltd.
76 Hindustan Petroleum Corpn. Ltd. 116 Nahar Industrial Enterprises Ltd. 77 Hindustan Zinc Ltd. 117 Nahar Spinning Mills Ltd.
78 Hindusthan National Glass & Inds. Ltd.
118 National Aluminium Co. Ltd.
79 I T C Ltd. 119 National Fertilizers Ltd. 80 I T I Ltd. 120 National Steel & Agro Inds. Ltd. 81 India Cements Ltd. 121 Nava Bharat Ventures Ltd. 82 India Glycols Ltd. 122 Neyveli Lignite Corpn. Ltd. 83 Ipca Laboratories Ltd. 123 Nilkamal Ltd. 84 Jindal Poly Films Ltd. 124 Nirma Ltd. 85 Jubilant Organosys Ltd. 125 O C L India Ltd. 86 Jyoti Structures Ltd. 126 Omax Autos Ltd.
87 K R B L Ltd. 127 Orchid Chemicals & Pharmaceuticals Ltd.
88 K S Oils Ltd. 128 Orient Paper & Inds. Ltd.
89 Kalpataru Power Transmission Ltd.
129 Panacea Biotec Ltd.
90 Kalyani Steels Ltd. 130 Pidilite Industries Ltd. 91 Kansai Nerolac Paints Ltd. 131 Piramal Healthcare Ltd. 92 Kei Industries Ltd. 132 Polyplex Corporation Ltd. 93 Kesoram Industries Ltd. 133 Power Grid Corpn. Of India Ltd. 94 Kirloskar Brothers Ltd. 134 Praj Industries Ltd. 95 Kirloskar Ferrous Inds. Ltd. 135 R S W M Ltd. 96 Kohinoor Foods Ltd. 136 Rallis India Ltd.
97 Lakshmi Machine Works Ltd. 137 Rashtriya Chemicals & Fertilizers Ltd.
98 Lloyds Steel Inds. Ltd. 138 Ratnamani Metals & Tubes Ltd. 99 Madras Cements Ltd. 139 Raymond Ltd. 100 Maharashtra Seamless Ltd. 140 Reliance Industries Ltd. 101 Mahindra & Mahindra Ltd. 141 Reliance Infrastructure Ltd. 102 Mahindra Ugine Steel Co. Ltd. 142 Rico Auto Inds. Ltd. 103 Man Industries (India) Ltd. 143 Ruchi Infrastructure Ltd.
104 Mangalore Chemicals & Fertilizers Ltd.
144 Ruchi Soya Inds. Ltd.
105 Marico Ltd. 145 S R F Ltd. 106 Maruti Suzuki India Ltd. 146 Salora International Ltd. 107 Matrix Laboratories Ltd. 147 Savita Oil Technologies Ltd. 108 Mirc Electronics Ltd. 148 Sesa Goa Ltd. 109 Monnet Ispat & Energy Ltd. 149 Shah Alloys Ltd. 110 Moser Baer India Ltd. 150 Shasun Chemicals & Drugs Ltd. 151 Sintex Industries Ltd. 164 Tata Global Beverages Ltd. 152 Spentex Industries Ltd. 165 Tata Metaliks Ltd.
294
153 Steel Authority Of India Ltd. 166 Tata Motors Ltd. 154 Sun Pharmaceutical Inds. Ltd. 167 Tata Power Co. Ltd. 155 Sundram Fasteners Ltd. 168 Tata Steel Ltd. 156 Surana Industries Ltd. 169 Thermax Ltd. 157 Surya Roshni Ltd. 170 Torrent Pharmaceuticals Ltd. 158 T I L Ltd. 171 Tube Investments Of India Ltd. 159 T V S Motor Co. Ltd. 172 Uttam Galva Steels Ltd.
160 Tamil Nadu Newsprint & Papers Ltd.
173 Vardhman Textiles Ltd.
161 Tamilnadu Petroproducts Ltd. 174 Voltas Ltd. 162 Tata Chemicals Ltd. 175 Wipro Ltd. 163 Tata Coffee Ltd. 176 Zuari Industries Ltd.
295
APPENDIX II WHOLSALE PRICE INDEX (BASE YEAR 1993-94 = 100)
ARTICLE 1994 -95
1995 -96
1996 -97
1997 -98
1998 -99
1999 -00
2000 -01
2001 -02
2002 -03
2003 -04
2004 -05
2005 -06
2006 -07
2007 -08
2008 -09
Food Articles 112.8 122.2 137.3 141.4 159.4 165.5 170.5 176.1 179.2 181.5 186.3 195.3 210.5 222.0 239.8
Non-Food Articles 124.2 135.4 134.2 137.5 151.8 143.0 146.5 152.9 165.4 186.3 187.6 179.1 188.2 211.9 235.8
Minerals 104.9 94.7 107.2 99.8 110.9 110.4 113.5 119.3 118.8 121.6 255.1 322.8 413.6 460.4 631.6
Coal Mining 105.1 106.4 117.7 139.8 143.6 149.1 161.1 181.7 181.1 193.6 223.3 231.6 231.6 237.7 253.5
Minerals Oils 106.1 106.2 122.9 138.7 142.9 159.9 226.2 239.5 254.7 274.3 315.8 359.8 388.1 391.6 435.2
Electricity 113.6 127.8 133.5 151.8 157.2 168.9 200.0 224.8 238.0 248.8 253.0 263.4 271.7 273.0 275.9
Food Products 114.1 117.8 124.9 134.6 149.7 151.3 145.7 145.4 153.0 166.7 174.9 176.8 182.5 190.2 209.3 Beverages, Tobacco & Tobacco Products
118.3 128.1 134.9 150.5 166.7 174.1 179.8 193.8 204.3 205.6 216.2 226.8 243.5 268.3 294.0
Textiles 118.2 129.4 118.7 115.5 114.4 115.0 119.9 119.3 122.2 131.6 135.7 129.5 132.3 130.9 138.8
Paper & Paper Products 106.1 131.2 131.0 126.7 130.8 149.3 165.4 172.8 174.0 173.3 174.6 178.5 190.7 194.2 202.7 Leather & Leather Products
109.7 119.2 121.2 128.8 133.2 154.6 149.6 141.0 130.1 146.9 155.7 166.8 159.5 166.1 167.9
Rubber & Plastic Products 106.4 123.0 124.2 124.5 123.7 123.6 125.5 126.0 132.6 135.0 134.5 139.1 148.2 158.9 166.3 Chemicals & Chemical Products
116.6 126.8 131.1 137.1 145.8 155.2 164.4 169.0 173.9 177.2 181.7 188.2 193.9 204.6 219.5
Non-Metallic Mineral Products
110.9 126.4 129.4 127.0 130.2 127.4 133.9 144.0 143.4 148.3 157.7 170.0 191.7 208.7 216.6
Basic Metals Alloys & Metals Products
108.4 120.3 125.9 130.7 132.8 135.0 140.3 140.7 145.1 167.8 203.3 218.4 233.3 248.6 285.3
Machinery & Machine Tools
106.0 111.8 115.7 115.3 116.0 116.1 123.0 129.1 130.3 132.7 140.2 147.4 155.6 166.6 174.5
Transport Equipment & Parts 107.4 115.9 123.1 127.8 131.4 135.4 143.4 146.8 147.5 147.4 154.3 159.9 162.4 166.8 175.5