Financial Management
Financial Management MCQs with Answers and Explanations | Corporate Finance & Investment Objective Questions
Master the core concepts of Financial Management with our comprehensive set of MCQs with answers and detailed explanations. Covering topics such as time value of money, capital budgeting, cost of capital, working capital management, capital structure, dividend policy, risk and return, portfolio management, and financial planning, these questions are ideal for students, teachers, and candidates preparing for professional and competitive exams (CA, ACCA, ICMA, CFA, MBA, BBA, CSS, PMS, NTS, FPSC, PPSC, UPSC, etc.). Each MCQ is followed by a clear explanation to build strong concepts, sharpen decision-making skills, and enhance exam readiness. Perfect for practice, revision, and self-assessment in the field of Financial Management and Corporate Finance.
A) Commercial banks
B) Investment bank
C) Insurance companies
D) All of the above
✅ ANSWER: D
Commercial banks, Investment bank and Insurance companies are example of financial intermediaries.
A) hypothesis value
B) horizon value
C) terminal value
D) Both B and C
✅ ANSWER: D
Value of future dividends after horizon date is classified as horizon value and terminal value.
A) other company capital policy
B) other company beta
C) other company cost
D) other division cost
✅ ANSWER: B
In pure play method, a company can calculate its own cost of capital with help of averaging an other company beta. Pure play method is an approach used to estimate beta coefficient of a company whose stock is not publicly traded.
A) arbitrage pricing theory
B) arbitrage risk theory
C) arbitrage dividend theory
D) arbitrage market theory
✅ ANSWER: A
Complex statistical and mathematical theory is an approach, which is classified as arbitrage pricing theory. Arbitrage pricing theory (APT) is a multi-factor asset pricing model based on the idea that an asset’s returns can be predicted using the linear relationship between the asset’s expected return and a number of macroeconomic variables that capture systematic risk.
A) Depreciation-generated funds have no cost
B) Cost of capital is low if a project is heavily debt-financed
C) Cost of equity is equal to the dividend rate
D) All of the above
✅ ANSWER: D
Depreciation-generated funds have no cost, Cost of capital is low if a project is heavily debt-financed and Cost of equity is equal to the dividend rate are common misconceptions about cost of capital.
A) corporation bonds
B) default bonds
C) risk bonds
D) zero risk bonds
✅ ANSWER: A
Bonds issued by corporations and exposed to default risk are classified as corporation bonds. A corporate bond is a debt security issued by a corporation and sold to investors. The backing for the bond is usually the payment ability of the company, which is typically money to be earned from future operations. In some cases, the company’s physical assets may be used as collateral for bonds.
A) capital asset pricing model
B) portfolio asset pricing model
C) asset market pricing model
D) portfolio pricing model
✅ ANSWER: A
Method and model used to analyze relationship between rates of return and risk is classified as capital asset pricing model. The Capital Asset Pricing Model (CAPM) is a model that describes the relationship between the expected return. The return on the investment is an unknown variable that has different values associated with different probabilities. and risk of investing in a security.
A) there exists an optimal capital structure
B) no optimal capital structure
C) equal optimal capital structure
D) 100% debt financial organizations
✅ ANSWER: A
Traditional theorists believe that there exists an optimal capital structure. An optimal capital structure is the objectively best mix of debt, preferred stock, and common stock that maximizes a company’s market value while minimizing its cost of capital.
A) coefficient of variation
B) coefficient of deviation
C) coefficient of standard
D) coefficient of return
✅ ANSWER: A
Standard deviation is divided by expected rate of return is used to calculate coefficient of variation. The coefficient of variation (CV) is a statistical measure of the dispersion of data points in a data series around the mean.
A) Sharpe’s reward to variability ratio
B) treynor’s reward to volatility ratio
C) Jensen’s alpha
D) treynor’s variance to volatility ratio
✅ ANSWER: B
An average return of portfolio divided by its coefficient of beta is classified as treynor’s reward to volatility ratio. The Treynor ratio, also known as the reward-to-volatility ratio, is a performance metric for determining how much excess return was generated for each unit of risk taken on by a portfolio.