Answer:
Division N's purchase costs will decrease by $90,000 per year
Explanation:
Division N's purchase cost form outside vendor = total units purchased per year x unit price = 30,000 units x $15 = $450,000
if Division N obtains the product form division M with a transfer price of $12 per unit, their costs will decrease by = total units x (vendor price - transfer price) = 30,000 units x ($15 - $12) = $90,000 per year
Answer:
False
Explanation:
A firm should end production and shut down only when its total revenue falls below variable costs, because at this point, production will bring about more losses, compared to if the company isn't producing at all.
<u>If total revenue exceeds and can cover its variable cost, a firm should remain in operation in the short run</u> (even if it is incurring losses), as this contributes to paying off the firm's fixed costs.
Answer:
d. $1,200
Explanation:
The computation of the interest expense is shown below:
= Principal × rate of interest × number of days ÷ (total number of days in a year)
= $80,000× 6% × (90 days ÷ 360 days)
= $1,200
We simply apply the simple interest formula
Since the number of days and the total number of days are given so we considered the same for the computation part.
Customer value proposition refers to the assortment of buyer-specific benefits that a seller provides to a buyer when selling a product.
More about the Customer value proposition:
A customer value proposition (CVP) in marketing is the total of the advantages a vendor guarantees a customer will receive in exchange for the related payment (or other value-transfer).
A company can create value in their product or service while marketing to potential customers by using a customer value proposition. This is frequently determined by totaling the benefits that vendors offer to their customers.
Similar to the USP, this is a succinct claim intended to persuade buyers that a specific good or service will be more valuable or better able to address their issue than those offered by competitors.
Learn more about the Customer value proposition:
brainly.com/question/2740037
#SPJ4
Answer:
The optimal usage of fabric = 2
Explanation:
Given the quantity, Q = 10 + 4F - (1/3) F^3
Selling price = $20
Profit = TR - TC
There is no variable cost and let the fixed cost is constant G.
Profit = PQ - G
Profit = 20(10 + 4F − (1/3)F^3)) - G = 0
Now take the first order derivative:
d(profit) / dF = 0
20(4 - F^2) = 0
F = 2
Therefore the optimal usage of fabric = 2
