Based on the details given, the following are true:
- 1. Incremental manufacturing cost = $14.60
- 2. Incremental cost = $17.50
<h3>Incremental manufacturing cost if production increased from 20,250 to 20,251</h3>
The fixed cost will not change as the production amount is still below 24,500 units. Incremental manufacturing cost will therefore be:
= Direct material + Direct labor + Variable overhead
= 7.70 + 4.70 + 2.20
= $14.60
<h3>Incremental cost for increased from 20,250 to 20,251</h3>
This will include all costs that are not fixed.
= Incremental manufacturing cost + Sales commissions + Variable admin expense
= 14.60 + 1.70 + 1.20
= $17.50
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Suppose there is a decrease in the price of butter.There will be an increase in demand for bread.
<h3>Option (B) is correct</h3>
<u>Explanation:</u>
Bread and butter are complementary goods. They are demanded and consumed together. So their demand are positively correlated which means an increase in demand of one will lead to the same increase the demand of other
If the Price of butter decreases, it will lead to an increase in the demand for butter. With the increasing demand for butter, the demand for bread will automatically increase. Both demands will move in the same direction.
Answer:
Quoted price of bond = $1825.05
Explanation:
The quoted price or price of the bond can be calculated by taking adding the present value of the annuity payments in form of interest made by the bond and the present value of the face value of the bond. The formula for the price of bond is attached.
The interest is payed semi annually, thus the semi annual coupon payment (C) is,
C = 2000 * 5.87% * 6/12 = 58.7
The semi annual YTM is = 6.9%/2 = 3.45%
Total semi annual periods are = 13 * 2 = 26
Bond Price = 58.7 * [(1 - (1+0.0345)^-26) / 0.0345] + 2000 / (1+0.0345)^26
Bond Price = $1825.051207 rounded off to $1825.05