Answer:
Variable cost per unit= $1.16 per mile
Explanation:
Giving the following information:
January 16,200 $22,650
February 17000 $23,250
March 18400 $25,450
Apri 16500 $22,875
May 17400 $23,550
June 15300 $21,850
<u>To calculate the variable cost per mile under the high-low method, we need to use the following formula:</u>
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (25,450 - 21,850) / (18,400 - 15,300)
Variable cost per unit= $1.16 per mile
Answer: The value of this exchange is $8,816.05.
Explanation:
The problem is dealing with a simple case of arbitrage of exchange rates: Lets assume that
k = koruna
b = baht
Step 1:
Sales Revenue = k2,200,000
(To get USD amount : 
Purchase Cost = b3,200,000
(To get USD amount : 
Step 2:
Profit = Sales Revenue - Purchase cost
= $86,750.7886 - $77,934.7297
= $8,816.0589
The value of this exchange is $8,816.05.
Answer:
c) External benchmarking
Explanation:
This is a commonly known and spread out form of competition analysis, where a company examines the good practices of other companies. Benchmarking is a great way to see the actual industry trends and determine the next action plan. Although it may be deemed as "copying" sometimes, benchmarking is the only method to properly assess competition.
Answer: $117,000
Explanation:
So we are to calculate the Raw Materials purchased during the year.
Logically speaking the following should hold,
Raw materials purchased during the year + beginning raw materials = ending Raw materials + Raw materials used
Agreeing on that and rearranging the formula we will have,
Raw Material purchased during the year = Raw Material used during the year + Ending Raw Material Inventory - Opening Raw Material Inventory
Slotting in the figures we will then have,
Raw Material purchased during the year = 114,000 + 56,000 - 53,000
= $117,000
Raw materials purchased during the year amount to $117,000.
