Answer and explanation:
a.
the table below shows the impact of dropping beta product
Loss of Contribution Margin if Beta is Dropped (75,000*64) -$4,800,000
Traceable Fixed Manufacturing Overhead (123,000*33) $4,059,000
Incremental Contribution Margin from Additional Alpha Sales (15,000*72)
$1,080,000
Increase in Net Operating Income if Beta is Dropped $339,000
Notes:
Contribution Margin Per Unit (Beta) = 150 (Selling Price) - 15 (Direct Material) - 28 (Direct Labor) - 20 (Variable Manufacturing Overhead) - 23 (Variable Selling Expenses) = $64 per unit
Contribution Margin Per Unit (Alpha) = 195 (Selling Price) - 40 (Direct Material) - 34 (Direct Labor) - 22 (Variable Manufacturing Overhead) - 27 (Variable Selling Expenses) = $72 per unit
check the attached files for additional details
where 9=b, 10=c, etc
Gift splitting permits a married couple to merge their gift tax exemptions to help enhance the advantages of tax-free gifting.
<h3>What is a gift-splitting gift?</h3>
This method is not automatic, and the ability to split gifts requires that certain prerequisites are met, including the consent of both spouses on a pointed federal gift tax return.
Gift splitting allows a wedding couple to combine their gift tax exemptions to help enhance the advantages of tax-free gifting.
The unified tax credit gives a set dollar quantity that an individual can gift during their lifetime and give on to heirs before any gift or estate taxes apply.
To learn about unified tax credit visit the link
brainly.com/question/8176727
#SPJ4
Answer:
b. Net Purchases + beginning inventory - ending inventory.
Explanation:
The formula to compute the cost of goods sold is shown below:
Cost of good sold = Beginning inventory + net purchase - ending inventory
We simply added the net purchase and deduct the ending inventory to the beginning inventory so that the correct value can be determined
It records that cost which is directly related to the product that means it excludes the indirect cost
Answer:
The 1-year HPR for the second stock is <u>12.84</u>%. The stock that will provide the better annualized holding period return is <u>Stock 1</u>.
Explanation:
<u>For First stock </u>
Total dividend from first stock = Dividend per share * Number quarters = $0.32 * 2 = $0.64
HPR of first stock = (Total dividend from first stock + (Selling price after six months - Initial selling price per share)) / Initial selling price = ($0.64 + ($31.72 - $27.85)) / $27.85 = 0.1619, or 16.19%
Annualized holding period return of first stock = HPR of first stock * Number 6 months in a year = 16.19% * 2 = 32.38%
<u>For Second stock </u>
Total dividend from second stock = Dividend per share * Number quarters = $0.67 * 4 = $2.68
Since you expect to sell the stock in one year, we have:
Annualized holding period return of second stock = The 1-year HPR for the second stock = (Total dividend from second stock + (Selling price after six months - Initial selling price per share)) / Initial selling price = ($2.68+ ($36.79 - $34.98)) / $34.98 = 0.1284, or 12.84%
Since the Annualized holding period return of first stock of 32.38% is higher than the Annualized holding period return of second stock of 12.84%. the first stock will provide the better annualized holding period return.
The 1-year HPR for the second stock is <u>12.84</u>%. The stock that will provide the better annualized holding period return is <u>Stock 1</u>.