Test 3 Flashcards
What does this test consist of?
30 questions
chapter 7
- 8 computational, 2 conceptual
chapter 8
- 3 computational (coefficient variation, regular cap m, more complicated cap m), 7 conceptual
chapter 9
- 5 computational, 5 conceptual
*** What is a bond?
- a (better/another) long-term debt instrument in which a borrower gets to make payments of principal and interest, on specific dates, to the holders of the bond
– result of money being borrowed with the promise to repay - can be issued by any corporation or any federal/state government
– when a bond is issued, it is issued at par value or at $1000
– when a bond matures, it is worth par value or $1000
What is a bond contract?
contract that specifies the details of the repayment
What are the two parties involved in bonds?
- issuer - party borrowing money (bond is a liability)
- investor/bondholder - party loaning money (bond is an asset)
*** What is the par value or face value?
- the amount a bond sells for when it is first issued
- When the bond matures, this is the amount of debt to be repaid at maturity (a future date)
- Assume $1000 if not stated
*** What are bond payments or coupons?
- Periodic interest payments to be made while the bond is outstanding
– bonds always sell at par value or $1000
– name came from physical coupons
– typically happens every 6 months
– constant throughout the life of the bond, unless specified in the contract
What is the coupon rate?
the percentage of the par value paid in coupon payments each year on a bond (expressed as APR)
What is the discount rate?
it is not the same thing as the coupon rate
– reflective of the current market rate of interest
*** What is the value of a 10-year, 10% annual coupon bond, if the discount rate (rd) is 10%?
n = 10
I/yr = 10
* pv = -1000
pmt = 100
fv = 1000
*** bond problem
- a 6-year bond has a 8% coupon rate and makes payments annually. Find the present value if the market rate (expressed as APR) is:
4%
7.5%
9%
1209.69
1023.47
955.14
*** What do you do to the formula for a semi-annual bond?
(2) x N
I/yr / (2)
pmt / (2)
*** semiannual bond problem
- A 6-year bond has a 6.5% coupon rate and makes payments semi-annually.
- Find the present value if the market value rate (expressed as APR) is
3.80%
6%
7.5%
(3.80)
n = 12 (6 x 2)
I/yr = 1.90 (3.80 / 2) /// 3 /// 3.75
* pv = 1143.65 /// 1024 /// 952.39
pmt = 32.5 ((6.5% x 1000) / 2)
fv = 1000
*** semiannual bond problem
- A 3-year bond has a 6.5% coupon rate and makes payments semi-annually.
- Find the present value if the market value rate (expressed as APR) is 3.95%
n = 6 (3 x 2)
I/yr = 1.975 (3.95 / 2)
* pv = 1071
pmt = 32.5 ((6.5% x 1000) / 2)
fv = 1000
*** semi-annual bond problem
- A 3-year bond has a 6.5% coupon rate and makes payments semi-annually.
- Find the present value if the market value rate (expressed as APR) is 6.5%
n = 6 (3 x 2)
I/yr = 3.25 (6.5% / 2)
* pv = 1000
pmt = 32.5 ((6.5% x 1000) / 2)
fv = 1000
*** semi-annual bond problem
A 3-year bond has a 6.5% coupon rate and makes payments semi-annually.
- Find the present value if the market value rate (expressed as APR) is 10%
n = 6 (3 x 2)
I/yr = 5 (10% / 2)
* pv = 911
pmt = 32.5 ((6.5% x 1000) / 2)
fv = 1000
When market interest rate = coupon rate…
the bond sells at exactly at par value
- or at $1000
When market interest rate < coupon rate…
the bond sells at a discount
- or less than $1000
When market interest rate > coupon rate…
the bond sells at a premium
- or greater than $1000
What is the relationship between market interest rate and the price of bonds?
- inverse relationship
- as one goes up, the other will go down
What are bond yields?
- I/yr
- bonds are traded in the markets, so price can be viewed as the market’s assessment of the present value of its cash flows
What is Yield to Maturity? (YTM)
- I/yr
- discount rate that equates bond price to the present value of all promised cash flows
- if you buy a bond today, this is the interest rate that you are going to get if you hold that bond to maturity
*** What is the YTM on the following bond? 10-year, 9% annual coupon, $1000 par value, selling for $887.
n = 10
* I/yr = 10.91
pv = -887
pmt = 90 (1000 x 9%)
fv = 1000
*** What is the YTM on the following bond? 10-year, 7.5% annual coupon, $1000 par value, selling for $925.
n = 10
* I/yr = 8.65
pv = -925
pmt = 75 (1000 x 7.5%)
fv = 1000
*** What is the YTM on the following bond? 14-year, 10% annual coupon, $1000 par value, selling for $1494.93.
n = 14
* I/yr = 5
pv = -1494.93
pmt = 100 (1000 x 10%)
fv = 1000