Answer:
c. $3,200 favorable.
Explanation:
We know that
Total controllable cost variance = Budgeted overhead cost - actual overhead cost
where,
Budgeted overhead cost = Variable overhead + Fixed overhead
where,
Variable overhead = 40,000 units × $2 = $80,000
And, the fixed overhead = $72,000
So, the budgeted overhead = $152,000
And, the actual one is $148,800
So, the total controllable cost variance would be
= $152,000 - $148,800
= $3,200 favorable
Answer:
19.82%
Explanation:
Midpoint method = Q2 - Q1 / [(Q2 + Q1) / 2] / P2 - P1 / [(P2+P1) / 2]
3.33 = 2000 - 1000 / [(2000 + 1000) / 2] / P2 - P1 / [(P2+P1)/2]
3.33 = 0.66 / (P2 - P1) / [(P2+P1)/2]
By cross multiplying we have
0.66 = 3.33 [ (P2 - P1) / [(P2+P1)/2]
divide both sides by 3.33
19.82% = The mid point change in price.
Answer:
A. Differentiation strategy.
Explanation:
In a market different firms try to maintain a competitive edge over others. This is achieved by using various strategies like: Differentiation strategy, Local strategy, Regional strategy, Cost-leadership strategy, Global strategy.
In the given scenario ABC tries to add value to their products and services so they can attract customers who are willing to pay a higher price.
This is a differentiation strategy where a firm tries to make their product different from.otgers in order to maintain a competitive advantage over others
From the critical path that's given, the total crashing cost will be $530.
<h3>What is a critical path?</h3>
A critical path simply means the longest sequence of tasks that one will have to complete in order to complete a project.
In this case, from the information given, the critical path will be:
= 0 + $130 + $400
= $530
In conclusion, the correct option will be $530.
Learn more about critical path on:
brainly.com/question/10693558