Answer:
Cash proceeds is $201,250.00
Explanation:
The cash proceeds derived from issuing the bonds can be computed as follows:
cash proceeds=87.5%*$230,000=$201,250.00
Total interest expense on the bond is $212,519 as contained in the attached bond amortization schedule
The first payment=$201,250*10%*6/12=$10,063 as it also found in the attached
Answer: See explanation
Explanation:
The industry supply curve will be the supply curve given multiplied by the total number of firms. This will be:
P = 50 + 0.1Q
Check: since Q = 100
P = 50 + 10/100Q
P = 50 + 0.1Q
To get the Equilibrium price and quantity, we've to equate the market demand curve and supply. This will be:
Market demand = P = 200 - 0.9Q
Market Supply = P = 50 + 0.1Q
Therefore,
200 - 0.9Q = 50 + 0.1Q
200 - 50 = 0.1Q + 0.9Q
150 = Q
Equilibrium quantity = 150 units
Since P = 50 + 0.1Q
P = 50 + 0.1(150)
P = 50 + 15
P = 65
Equilibrium price is 65.
The units of output that will be produced by a firm operating in this market with a marginal cost function, MC = 130Q will be 2.
Answer:
The correct answer is option a.
Explanation:
The price elasticity of demand shows the responsiveness of quantity demanded to change in price. It is measured by the ratio of proportionate change in quantity demanded and proportionate change in price.
Unit price elastic means that the price elasticity of the good is 1. This implies that the percentage change in quantity demanded must be equal to the percentage change in price.
Answer:
Coupon Rate = 8.1%
Explanation:
Given:
Nper = 18 x 2 = 36 semiannual
Rate = 6.6% / 2 = 3.3% semiannual
Future Value = $1,000
Present Value = $1,156.50
Find:
Coupon rate
Computation:
Annual Interest Payment = PMT(Rate,Nper,PV,FV)2
Annual Interest Payment =PMT(3.3%,36,-1156.50,1000)2
Annual Interest Payment = $80.98 = $81 (Approx)
Coupon Rate = [Annual Interest Payment / Face Value]100
Coupon Rate = [81/1000]100
Coupon Rate = 8.1%
Letter A and B are absolutelly incorrect. I think it is C... Not sure