I suppose there should be an options to choose. Anyway, I've found these options and I think, that the answer is: when a heat wave strikes, the equilibrium price <span>and quantity both increase. Equilibrium price is the price where </span><span>the supply and demand are matched.</span>
Answer:
Minimum transfer price= $30
Explanation:
The transferring division, Division X currently has excess capacity which is equal to
<em>The total capacity - external sales = 40,000 - 35,000 = 5,000 units</em>
This implies that it can meet the sales request of division Y from the excess capacity without any opportunity cost.
In this situation, where the there is no opportunity cost associated with transfer, the minimum transfer price would be :
Minimum transfer price ≥ unit variable cost
Note that unit variable cost is $30.
<em>The unit variable cost of $30 represents the relevant cost per unit of producing a unit</em>
Minimum transfer price= $30
A price between $30 and $48 would be acceptable to both divisions
Answer:
e) 6.45%
Explanation:
Since the coupons are paid semiannually, adjust the coupon payment(PMT), the time (N) of the bond.
You can solve for cost of debt using financial calculator with the following inputs;
Maturity of the bond; N = 20 *2 = 40
Face value; FV = 1000
Coupon payment; PMT = (6%/2) *1000 = 30
Price ; PV = -(1000 - floatation cost) = -(1000 - (5%*1000) = -950
then compute semiannual interest rate; CPT I/Y = 3.224%
Convert semiannual interest rate to annual rate to find the cost of debt;
3.224% *2 = 6.45%
Answer:
b
Explanation:
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