Calculate The Cost Of Long Term Finance Flashcards
(38 cards)
What is the cost of debt:
It’s the interest rate a company pays on debt, adjusted for tax to show the true cost of the bond debt.
What is YTM:
The Yield to Maturity on a bond.
This calculates the return the investor will receive from the bonds. This is based on the interest received and the final redemption amount.
The YTM allows investors to compare bonds with different maturities and coupon payments.
For a company the YTM is not the same as the cost to the company. The cost to the company is lower, because interest is an allowable expense for tax purposes.
What is the cost of capital:
This is the cost of debt combined with the cost of equity.
It represents a hurdle rate that a company must overcome before it can generate value.
It is used extensively in the capital budgeting process to determine whether a company should proceed with a project.
Downside of an irredeemable bond:
Because the bond will never be redeemed, the company will need to keep on paying the coupon, even when it no longer needs the debt finance.
Formula to calculate the cost of an irredeemable bond:
Kd = i (1-T) / P0
Kd = Cost of the bond to the issuer
i = annual interest rate (coupon rate)
T = marginal rate of tax
Pzero = the ex-interest market price of the bonds
Ex-interest = the market price excl interest payments.
How to calculate the cost of an Redeemable bond:
- Identify the cashflows (typically, the bond price at issuance, interest payments, bond redemption amount
- Discount the cashflows at 2 different rates (one lower, one higher), so that 2 NPVs are calculated
- Calculate the IRR (internal rate of return - this is an approximation, it’s not exact)
How to calculate the IRR of a bond:
IRR = L + (((NPV L) / (NPV L - NPV H)) * (H - L))
L = the lower rate of interest selected
H = the higher rate of interest selected
NPV L = NPV at lower rate
NPV H = NPV at higher rate
Features of the IRR:
Internal Rate of Return of a Redeemable Bond:
- when NPV H is negative and NPV L is positive, the IRR lies between the two of them.
- IRR is approximate. When you use different interest rates, the result can be very different.
How to calculate the interest payment on a bond:
This is the percentage of interest x the price of the bond at par.
The cost to the company is this interest cost x (1- tax rate)
How to calculate the NPV of each of the cashflows:
The NPV of the cost of issuance is 1, as its being paid now. This is represented as a negative number.
- To calculate the NPV of the interest rates, we need the Cumulative Discount Rate for the number of years to maturity of the bond and for a lower and higher interest rate. One of them being the actual coupon rate.
If this means NPV L is positive and NPV H is negative, then the IRR lies in between.
How to calculate the cashflow on the redemption amount:
This is the discount value for the maturity of the bond at L and at H. So you will have two NPV.
How to work out the cost of Convertible Bonds:
- it is similar to calculating the cost of Redeemable Bonds
- it is assumed that all investors make the same repayment decision
- instead of the cashflow at redemption, we use the highest conversion option to work out this cashflow.
How to work out the IRR on a Convertible Bond:
One needs to predict the value of the shares on conversion:
1) Find out which option is most likely to be exercised at maturity: cash or shares
2) Calculate the cost of capital
Formula to Calculate the YTM for an Irredeemable Bond:
Yield to Maturity in % = i / Pzero
i = annual interest received over the nominal value in $
Pzero = the ex interest market price of the bond (usually quoted per $100 nominal value)
YTM for a Redeemable Bonds:
For this we use the IRR calculation following the same steps as the cost of debt calculation.
Use pre-tax cashflows in this case:
YTM for a Redeemable Bonds:
For this we use the IRR calculation following the same steps as the cost of debt calculation.
Use pre-tax cashflows in this case:
What is WACC:
Weighted Average Cost of Capital.
This is the cost of debt combined with the cost of equity, which is used to work out the cost of capital.
What is DVM:
Dividend Valuation Model:
This is a quantitative method of valuing a company’s shares that assumes the value of a share is equal to the present value of future dividends, discounted at the shareholders’ required rate of return.
2 Variations of the model:
1) Assumes future dividends are constant
2) Assumes dividends grow at a constant rate
DVM formula, assuming dividends are constant:
Ke = D / Pzero
Ke = Cost of Equity (Shareholders required rate of return)
D = Constant annual dividend payable from today to the foreseeable future
Pzero = the ex dividend share price
DVM formula, assuming dividends grow at a constant rate:
Ke = (Dzero (1+g) / Pzero) + g
Dzero = current dividend
g = constant rate of growth in dividends for the foreseeable future
What is the cum-div price of a share:
This is when a company has announced that it is going to pay dividend. The share price then rises by the amount of the dividend declared, because investors are entitled to receive the upcoming dividend payment.
What is the ex-div price of a share?
This is the first day that a share trades without its dividend included in the share price.
Investors buying shares on or after the ex dividend date are not entitled to the dividend.
This makes the share price cheaper.
When does the ex dividend included date occur:
Shortly before the date of record, which is the date on which a company determines its current roster of shareholders for purposes of identifying those shareholders eligible to receive dividend.
How to calculate the ex dividend payable price for the DVM:
Ex div price = cum div price -/- upcoming dividend