How do fixed costs per unit behave?

Antonio has been learning to draw landscapes. It has been hard at times but he is happy about the progress he has made. What is

Diano4ka-milaya [45]

The answer to your question is going to be challenge

6 0

3 years ago

Research indicates that when it comes to the diversification-performance relationship, the highest economic performance occurs w

gulaghasi [49]

Answer:

Related diversification strategy.

Explanation:

Related diversification is a business strategy in which a business enter a new industry which has some similarities with a company's existing business industry. The highest economic benefit will be achieved by a business if it enters into related diversification strategy.

3 0

2 years ago

It costs Sheridan Company $28 of variable costs and $17 of allocated fixed costs to produce an industrial trash can that sells f

Mashutka [201]

Answer:

Option (C) is correct.

Explanation:

Variable costs = $28

Allocated fixed costs = $17

Selling price = $84

Due to acceptance of M offer, S would be got excess contribution margin per unit. Because acceptance selling price ($34) is greater than the variable cost per unit ($28).

We don't have any information about the fixed cost due to acceptance. Therefore, we assumed that fixed cost is not increased.

Increased contribution margin per unit:

= Selling price - Variable cost

= $34 - $28

= $6

For 3,000 units, Increased contribution margin = 3,000 × $6

= $18,000

Therefore, net income is increased by $18,000 when the offer is accepted.

6 0

3 years ago

1. Of the 540 seniors at Lake City High School, 35% are going on a school trip. If the buses ordered for the trip seat 42 studen

bearhunter [10]

Answer: 1. 5 buses 2. 15%

Explanation:

7 0

3 years ago

A company issues a ten-year bond at par with a coupon rate of 6.4% paid semi-annually. The YTM at the beginning of the third

sladkih [1.3K]

Answer:

$\mathbf{current \ price \ of \ the \ bond= \$848.78}$

Explanation:

The current price of the bond can be calculated by using the formula:

$current \ price \ of \ the \ bond= ( coupon \times \dfrac{ (1- \dfrac{1}{(1+YTM)^{no \ of \ period }})}{YTM} + \dfrac{Face \ Value }{(1+YTM ) ^{no \ of \ period}}$

$current \ price \ of \ the \ bond= ( \dfrac{0.064 \times \$1000}{2} \times \dfrac{ (1- \dfrac{1}{(1+ \dfrac{0.091}{2})^{8 \times 2}})}{\dfrac{0.091}{2}} + \dfrac{\$1000 }{(1+\dfrac{0.091}{2} ) ^{8 \times 2}})$

$current \ price \ of \ the \ bond= \$32 \times $11.19 + \$490.70$

$current \ price \ of \ the \ bond= \$358.08+ \$490.70$

$\mathbf{current \ price \ of \ the \ bond= \$848.78}$

5 0

3 years ago

How do fixed costs per unit​ behave?

How do fixed costs per unit behave?