Answer:
The inspecting costs should be allocated to the Basic model using ABC costing is $30,600
Explanation:
The computation of the inspecting cost is shown below:
= Total number of basic model inspection + the total number of inspection
where,
Total number of basic model inspection equals to
= Number of units produced ÷ every units produced
= 3,400 units ÷ 100
= $34
And, the total number of inspection equals to
= Total inspection cost ÷ number of inspection
= $84,600 ÷ $94
= 900
The number of inspection includes
= total number of basic model inspection + the total number of luxury model inspection
= $34 + $60 (600 units ÷ 10)
Now put these values to the above formula
So, the value would equal to
= 900 × $34
= $30,600
Answer:
Explanation:
a) investors wil receive 6% x ( 1-0.35)
= 3.9% risk free debt after tax.
After tax return from risk free preferred stock earnings must be equal.
to evaluate the cost of capital fro preferred stock = 3.9%/(1-0.15)
= 4.59%
b) the after-tax debt cost of capital = 6% x (1- 0.40)
= 3.60%.
therefore, 3.60% is cheaper than the 4.59% preffered stoch cost per capital
c) r* = 1 - [{(1 - 0.40)(1 - 0.15)} / (1 - 0.35)] = 1 - 0.7846 = 0.2154, or 21.54%
Hence, 4.59% x (1 - 0.2154) = 3.60%
In logistic growth population starts out slowly, then increases rapidly, and eventually flattens out at the carrying capacity.
Answer:
In simple words, Harvesting seems to be the tool used by traders and investors to get out of business and, preferably, to recover the interest of their investments in the company. It's about more than trying to sell and having to leave a company. It includes collecting interest, risk reduction, and developing opportunities for the future.
Whenever a marketing plan includes a harvest tactic, investment firms and borrowers are convinced that the proprietors aim to establish the market and start selling it to either international shareholders or go to another corporation.
Based on the distance between locations, the total distance moved in the week will be<u> 6,700 meters. </u>
<h3>Distance between the departments </h3>
Assuming that Departments X, Y and Z are in areas I, II and III respectively. The following will be true:
- Department X is located 10 meters from Y but 20 meters from Z.
- Department Y is located 10 meters from Z.
<h3>Total distance traveled</h3>
This can be found by multiplying the loads carried across departments by the distance between the locations of these departments.
= ( (Loads from X to Y x distance of X and Y) + (Loads from X to Z x Distance of X and Z)) + ( (Loads from Y to X x distance of X and Y) + (Loads from Y to Z x Distance of Y and Z)) + ( (Loads from Z to Y x distance of Z and X) + (Loads from Z to Y x Distance of Y and Z))
= ( (0 x 10) + 80 x 20)) + ( (30 x 10) + (150 x 10) ) + ( (100 x 20) + 130 x 10) )
= 1,600 + 1,800 + 3,300
= 6,700 meters
In conclusion, the total distance would be 6,700 meters.
Find out more on minimizing costs at brainly.com/question/1380316.
