Explanation:
The computation of the activity rate for each activity is shown below:
As we know that
Activity Rate = Expected rate ÷ Activity Driver
For Handling material = $650,000 ÷ 100,000 = $6.50 per part
For Inspecting product = $925,000 ÷ 1,500 parts = $616.67 per batch
For Processing purchase orders = $130,000 ÷ 700 = $185.72 per orders
Paying supplies = $200,000 ÷ 500 = 400 per invoices
Insuring the factory = $325,000 ÷ $40,000 = $8.125 per square foot
Designing packaging = $100,000 ÷ 2 models = 50,000 per models
Answer:
The purpose of the function is to lend the people indeed.
Explanation:
a central bank help to keep our money and give a loan
The establishment clause of the First Amendment is concerned with religion. C
Answer:
The answer is B In horizontal percentage analysis, a financial statement line item is expressed as a percentage of the previous balance of the same item.
Explanation:
Horizontal analysis of a balance sheet shows changes in individual assets, liability, and equity items over time.
Horizontal analysis of an income statement compares the amount of each item on a current income statement with the same item on an earlier income statement.
Horizontal analysis is used in financial statement analysis to compare historical data, such as ratios, or line items, over a number of accounting periods. Horizontal analysis can either use absolute comparisons or percentage comparisons, where the numbers in each succeeding period are expressed as a percentage of the amount in the baseline year, within the baseline amount being listed as 100%.
Answer:
The process cost summary is given below.
A-Total Material Cost = $22,500
B-Total Conversion costs = $95,625 (45,625+50,000)
C-Units transferred out = 40,000
D-Ending Inventory = 10,000
E-Equivalent units of material = 45,000
F-Equivalent units of conversion costs = 42,500
G-Equivalent cost per unit of material = $0.5 (A/E)
H-Equivalent cost per unit of conversion costs = $ 2.25 (B/F)
I-Equivalent cost per unit = $2.75 (G+H)
J-Cost of inventory transferred = $ 110,000 (I*C)
K-Cost Of Ending Inventory = $ 8,125 (H*(F-C) + (5000*0.5))
