In: Accounting
a. ABC Co. issues $100,000, 4%, 10 year bonds when the prevailing market rate of interest is 5%. The bonds pay interest annually. Compute the issue price of the bonds.
b. ABC Co. issues $100,000, 4%, 10 year bonds when the prevailing market rate of interest is 5%. The bonds pay interest semi-annually. Compute the issue price of the bonds.
c. ABC Co. issues $500,000, 10%, 10 year bonds when the prevailing market rate of interest is 9%. The bonds pay interest annually. Compute the issue price of the bonds.
d. ABC Co. issues $500,000, 10%, 10 year bonds when the prevailing market rate of interest is 9%. The bonds pay interest semi-annually. Compute the issue price of the bonds.
Price of the bond = c × F × (1 ? (1 + r)-t)/r+F(1 + r)t | |||
C=Interest Rate | F= Face Value | r=Market Interest Rate | |
Price of Bond= Present value of Interest payments+Present value of the bond | |||
discount factor taken upto 5 decimal taken | |||
ans 1 | |||
Price of Bond | 4000*(1-(1.05)^-10)/.05)+100000/(1.05)^10 | ||
(4000*(1-.61391)/.05)+100000*.61391 | 92278 | ||
Interest paid (100000*4%) | $4,000 | ||
No. of period | 10 | ||
Price of the bonds | $92,278 | ||
ans 2 | |||
Price of Bond | 2000*(1-(1.025)^-20)/.05)+100000/(1.025)^20 | ||
(2000*(1-.61027)/.025)+100000*.61027 | 92205 | ||
Interest paid (100000*4%*6/12) | $2,000 | ||
No. of period (10*2) | 20 | ||
Price of the bonds | $92,205 | ||
ans 3 | |||
Price of Bond | 10000*(1-(1.09)^-10)/.09)+100000/(1.09)^10 | ||
(10000*(1-.42241)/.09)+100000*.42241 | 106418 | ||
Interest paid (100000*10%) | $10,000 | ||
No. of period | 10 | ||
Price of the bonds | $106,418 | ||
ans 4 | |||
Price of Bond | 5000*(1-(1.045)^-20)/.045)+100000/(1.045)^10 | ||
(5000*(1-.41464)/.045)+100000*.41464 | 106504 | ||
Interest paid (100000*10%*6/12) | $5,000 | ||
No. of period (10*2) | 20 | ||
Price of the bonds | $106,504 |