Answer and Explanation:
Given:
Product 1 Product 2 Product 3
Cost of product $20 $90 $50
Selling price $40 $120 $70
Selling cost $6 $40 $10
Computation:
Product 1 Product 2 Product 3
Product Cost $20 $90 $50
N.R.V ($40-$6)=$34 ($120-$40)=$80 ($70-$10)=$60
Per Unit Inventory Value $20 $90 $50
Answer:
Accept Project A and reject Project B
Explanation:
See the images to get the answer.
Decision: Required rate of return = 16% = Cost of capital.
If Internal rate of return (IRR) > the cost of capital = Accept the project.
If Internal rate of return (IRR) < the cost of capital = Reject the project.
From the basis of the formula, we can accept the project A because the IRR of Project A (19%) is higher than the cost of capital (16%). On the other hand, we can reject the project B because the IRR of Project B (14%) is smaller than the cost of capital (14%).
Based on the information given the number of shares outstanding after the split will be: 160,000 shares.
Using this formula
Outstanding shares=Current shares outstanding × Number of the split
Where:
Current shares outstanding =40,000 shares
Number of the split =4
Let plug in the formula
Outstanding shares=40,000 shares×4
Outstanding shares=160,000 shares
Inconclusion the number of shares outstanding after the split will be: 160,000 shares.
Learn more here:
brainly.com/question/14652555
Answer:
= $490
Explanation:
<em>Under the </em><em>First-in-First-Out </em>( FIFO ) <em>method of inventory valuation, inventories are valued using the price of the earliest batch in stock until the batch is exhausted when the price of the next oldest batch is used and so on.</em>
Date sale units Workings Value
10 10 × $19 190
20 (10 × $19)+( 10 × $20) 390
The cost o he merchandise = $190 + $390
= $490
The answer is: A - have more control.
