
Master time value of money, including present and future value, simple and compound interest, and compounding frequencies, with applications to cash flows, budgeting, and leasing.
Apply time value of money concepts to calculate future value and present value, including annuities (ordinary, due, regular), sinking funds, emi, and lease versus buy decisions.
Explore time value of money concepts to evaluate leases versus purchases using net present value, discounting cash flows, and annuity and perpetuity calculations.
Apply dividend discount and present-value methods to price equity and assess investments using cost of capital and growth rates. Cover NPV, annuities, CAGR, nominal vs real rates, and WACC.
Assess how to set aside funds today to secure a $3,000 monthly income forever at 8 percent compounded annually, and examine sinking fund calculations for debentures.
Examine how to set a credit policy, assess carrying cost and opportunity cost, and optimize receivable management and collection period to improve profits over the cost of capital.
Evaluate carrying costs, collection costs, and policy options to choose the lowest total cost. Understand average collection period, cost of capital, and factoring vs in-house receivables management.
Compare in-house receivable management with factoring services to compute the effective cost of factoring, considering commissions, interest, collection costs, and non-recourse terms.
Explore how firms split total costs into fixed and variable, and decide debt versus equity financing. Examine operating, financial, and combined leverage, and the related risks and tax effects.
Study the degree of operating leverage, fixed versus variable costs, and how sales changes affect ebit and break-even points.
Explore how operating and financial leverage affect EBIT and EPS, explaining degree of operating leverage, contribution, fixed and variable costs, and how debt financing amplifies profits or losses.
This lecture explains how to measure operating, financial, and combined leverage (DOL, DFL, DCL) using EBIT, interest, taxes, and preferred dividends, with numeric examples and interpretation for capital-structure decisions.
Explore how to calculate and interpret degree of operating leverage, degree of financial leverage, and combined leverage using EBIT, contribution, and fixed costs across case problems.
Explore the cost of capital, including debt, equity, and flotation costs, and learn to compute the weighted average cost of capital for corporate investment decisions.
Learn to calculate cost of equity and weighted average cost of capital using dividend growth, flotation costs, and capital-structure concepts across primary and secondary markets.
Calculate the cost of debt and cost of equity and determine the weighted average cost of capital (WACC). Explore impacts on return on equity and trading on equity.
Examine how to evaluate two financial plans—debt versus equity financing—by calculating EPS, EBIT, and the financial indifference point, and determine the break-even EBIT for each plan.
Analyze cost of capital and its drivers, from macroeconomic conditions to past performance, and examine the impact of debt financing, equity, and security on financial strategies.
Analyze the cost of capital across sources and its link to investors' opportunity costs. Explore how macroeconomic conditions, past performance, and debt levels shape financial strategies and leverage.
Analyze historical rate of return, cost of capital, and the effects of operating and financial leverage on risk, return, and optimal capital structure.
Learn to estimate future cash flows and incremental cash flows for capital budgeting, apply time value of money through discounting, and evaluate projects using NPV, payback, and IRR.
Learn how profitability index, NPV, IRR, and payback evaluate capital budgeting projects, including discounting cash flows, working capital, and capital rationing decisions.
Learn to compute net present value and cash flows for continuing vs replacing machinery, including depreciation and terminal cash flows, under capital rationing using NPV, PI, and IRR.
Analyze how to quantify cash flows in project evaluation by treating working capital as cash flow, calculating initial and incremental cash flows, and incorporating depreciation tax shield and opportunity costs.
Explore how net present value and internal rate of return may conflict in capital budgeting, with reinvestment assumptions and Fisher's intersection guiding decisions.
Explore capital budgeting concepts, including net present value (npv), npv index, irr, and scenario and sensitivity analysis, with cost of capital, depreciation, and opportunity costs.
Compute and compare expected net present value and risk for mutually exclusive projects using probability distributions, standard deviation, and simulation in capital budgeting.
Explore net present value calculations in simulation, including cash flows, discounting, and probabilistic outcomes, and learn to apply decision trees and payback period concepts.
Apply profitability index and NPV from present value, including the depreciation tax shield, to evaluate projects and compare alternatives using incremental analysis, mutually exclusive, IRR, cost of capital, and payback.
Learn how profitability index, the present value of cash inflows, and net present value guide investment decisions, expansion risk assessment, and payment option comparisons under cost of capital considerations.
Use the equivalent annual annuity to compare projects with unequal lives by converting NPV into a constant annual cash flow. Apply NPV discounting and annuity factors to evaluate options.
Explore the fundamentals of financial management, including fundamental valuation and the present value of future cash flows. Analyze cost of capital, including debt and equity, and case-based acquisition valuation scenarios.
Value a company using net asset and earnings capitalization methods to determine the fair share price. Explore derivatives such as forward contracts and interest rate caps for hedging risk.
Explore spot and forward pricing, futures, option payoffs, break-even, and arbitrage, with strike prices, premiums, and american versus european options.
explains binomial option pricing to calculate call premiums, hedge ratios, and parity, with practical examples and a nod to Black-Scholes.
Understand call and put options, including premiums, exercise, payoff, break-even points, and the role of futures and forward contracts in hedging.
Compare forward and futures contracts, focusing on margin, default risk, and transparency; illustrate binomial pricing, American call options, Black-Scholes formula, and a basic interest rate swap.
Explain interest rate swap concepts, showing how firms swap floating for fixed rates to reduce borrowing costs. Also cover cap agreements that hedge rising rates.
Learn how banks use interest rate derivatives—floors, caps, collars, and forward rate agreements—to manage interest income and risk, with practical examples of premiums, payouts, and hedging strategies.
Explore how foreign exchange risk arises from exports and imports and how hedging with forward contracts and futures protects receivables, then assess an investment using net present value and return.
Evaluate securities using net present value, maximum purchase price, and return calculations, applying debentures, dividend growth, cost of equity, and price and return relationships.
Compute expected returns and risks for securities and portfolios using probabilistic scenarios, dividend and price changes, plus covariance, correlation, and portfolio variance and standard deviation.
Learn how to choose securities and combine X and Y to target a 16 percent return while reducing risk through diversification, using correlation and coefficient of variation.
Learn to estimate expected returns and risks from Reserve Bank of India bonds, using CAPM to separate systematic and unsystematic risk and apply market portfolio concepts for investment decisions.
Calculate a security's beta and systematic risk using covariance and variance, compare CAPM approaches, and relate beta to market and risk-free rate to estimate expected return.
Compute the covariance of a two security portfolio with the market, determine its beta, and derive the portfolio return using weighted averages and given security weights.
Compute portfolio beta via CAPM and derive security returns using the market portfolio and risk-free rate. Apply the dividend discount model for intrinsic value and discuss index hedging.
Learn how a trader with a long cash position hedges against market moves by shorting index futures, using beta, contract sizing, and scenario analysis.
use ratio analysis to assess solvency, liquidity, profitability, and efficiency, guiding managers, investors, banks, and suppliers. compare trends to industry standards while recognizing limitations like inflation and window dressing.
Explore limitations in financial statement analysis, including inflation, accounting policies, standardization gaps, and seasonality, and learn to interpret ratios with industry benchmarks and practical examples.
Define and distinguish cost and expense, and explain sunk, opportunity, and relevant costs in capital budgeting. Illustrate with depreciation, wages, and machinery to guide long-term and short-term decisions.
Explore sunk costs, opportunity costs, and differential costs, and examine how cost of capital, market rates, and fixed vs. variable interest influence decision making in business.
Explain how real rates, inflation premiums, default, credit risk, liquidity, maturity, and convertibility and callable features influence nominal and effective interest rates, and how yield curves form.
Explore short-term financing options, including accounts receivable and inventory financing, accounts payable, and short-term debt sources, and understand hedging principles and the impact on capital structure and cost of capital.
In this fast-paced world it’s imperative to use latest technology in the field of education for the betterment of the students. Navkar Institute has been coaching students from across the country in their classroom study program for over two decades and have received many requests to do something for the students who are not able to attend classroom program because of locational constraint. Navkar Digital Institute aims to serve the coaching needs of such students who are at remote locations through a specially designed Distance Learning Program.
Certified Public Accountant: To become a licensed CPA, you need to first pass the Uniform CPA Examination that comprises of 4 sections, each of 4-hours. The sections are namely, Auditing and Attestation (AUD), Financial Accounting and Reporting (FAR), Business Environment and Concepts (BEC) and Regulation (REG)
A Certified Public Accountant is a professional who has earned the CPA license from any of the 55 state accountancy boards of USA all of which are part of NASBA (National Association of the State Boards of Accountancy). Each state board has the authority to grant CPA license. One must meet all the requirements of the state board including Education, Experience and Examinations.
Due to the wide spread awareness and acceptance of CPA credential, it’s understood that a CPA possesses the required knowledge of all accounting areas as analysing financial statements, financial planning, tax preparation, internal auditing, income tax and other specializations of accounting. In a nutshell, a CPA is someone who has mastered all the elements of the accounting profession. This is also one of the many reasons, professional organizations seek CPAs for complex accounting and finance jobs.
In this course, We will cover one subject of CPA i.e BEC.