Financial Management Flashcards
Weighted Average Cost of Capital (WACC)
(W * Cost of common equity) + (W * Cost of preferred stock equity) + (W * After tax cost of debt)
Weighted Average Cost of Debt
Effective Annual Interest Payments / Debt Outstanding
Cost of preferred stock
Preferred stock dividends / (Net proceeds of preferred stock - Flotation cost)
Cost of Retained Earnings (CAPM)
Rf + B * (Mr - Rf)
Mr - Rf = Market risk premium
B * (Mr - Rf) = Risk premium
Cost of Retained Earnings using discounted cash flow
(Div at end of one year / Current market price) + constant growth rate of dividend
If CAPM, DCF and BYRP yield consistent results,
the average of the three percentages can be used as CAPM/cost of retained earnings
Total Debt Ratio
Total Liabilities / Total Assets
Lower the ratio, greater solvency and presumed ability to pay debts (Assets cover more of the liabilities)
Times Interest Earned Ratio
EBIT / Interest Expense
Higher the better, shows how many times interest expense is covered, measure of long term solvency
Inventory Turnover
COGS / Average inventory
Number of times a year inventory is sold
Measure of effective inventory management
Days in Inventory
Ending Inventory / (COGS / 365)
AR Turnover
Sales (Net) / Average AR (Net)
Number of times a year AR is collected
Measure of effective credit policy
Days sales in AR
Ending AR / (Sales (Net) / 365)
AP Turnover
COGS / Average AP
Number of times a year company pays its suppliers
Measures effectiveness of company’s attempt to delay payment to creditors
Days of payables outstanding
Ending AP / (COGS / 365)
Working Capital Turnover
Sales / Average Working Capital
Higher better; means WC is being converted to sales
Reorder Point
Safety Stock + (Lead time * Sales in lead time)
Economic Order Quantity
Sq rt of (2Sales in unitsOrder cost) / Carrying cost per unit
APR of Quick Payment Discount
( 360 / (Pay period -Discount Period) ) * (Discount Rate / (100% + Discount Rate)
Value of stock in perpetuity
Dividend / Required rate of return
Value of equity using dividend growth model
Dividend after one year * (1+g)
divided by
Required return - g
Discounted cash flow
- Calculate after tax cash flows
- Add depreciation benefit
- Multiply sum by PV annuity factor
- Subtract initial cash outflow (investment)
Net Present Value
- Estimate cash flows (depreciation shield (depreciation * tax rate), ignore interest rate)
- Discount the cash flows using factor
- Compare inflows and outflows
NPV Decisions
Positive = make investment Negative = do not make investment
Which is more superior: NPV or IRR?
NPV because it is flexible enough to handle inconsistent rates of return for each project
Profitability Index
Present value of cash flows / PV of initial investment
What does IRR calculate?
The PV factor (%) that yields an NPV = 0
IRR Decisions
When IRR > Hurdle Rate, accept
When IRR < Hurdle Rate, reject
Payback Period (Solving for partial year)
- Keep cumulative cash inflow
- Divide remaining amount for recovery over the respective year’s total cash inflow
- Add to whole number years solved
Discount Payback Period
Same as payback period, but applies PV factor of $1 for EACH year in question at respective discount rate