Answer:
c. increases
Explanation:
Opportunity cost is the cost of the next best option forgone when one alternative is chosen over other alternatives.
The production possibility frontier is graph that shows the two combinations of goods that an economy can produce given its resocurces.
As the production of donuts increases, the amount of beers that would be forgone in order to increase production of donuts rises.
I hope my answer helps you
Answer:
Capitalized Expenditures:
2. Added a new wing onto the office building.
5. Had an engine rebuilt in one of their fleet cars.
Explanation:
Capitalization is the process of delaying the full recognition of an expense for the acquisition of a new asset with long-term life so that the costs can be treated as an expense gradually over its useful life through an accounting method known as depreciation or amortization.
The criteria for capitalizing expenditure depend on whether the expenditure is necessary to bring the asset to the condition and location where it can be operated as desired by the management. It must also meet the threshold amount set by management for capitalization. This is because some assets can be used for more than one year and still they are not regarded as capital assets. Example is a stapling machine that costs less than a dollar.
Answer:
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
b. $69,754
Explanation:
contribution = sales - variable cost
for Product B32L:
contribution = sales - variable cost
= 46,000 - 13800
= $32,200
for Product K84B:
contribution = sales - variable cost
= 27,000 - 14,670
= $12,330
total sales of the company = 46,000 + 27,000
= $73,000
total contribution of the company = $32,200 + $12,330
= $44,530
cotribution margin ratio = contribution/sales
= 44530/73000
= 0.61
break even point = fixed cost/cotribution margin ratio
= 42550/0.61
= $69,754
Therefore, The The break-even point for the entire company is closest to $69,754.
Answer: c.) Yes, the process is in control.
Explanation:
For the process to be in control, the number of defects have to be between the Upper Control Limit and the Lower Control limits of the c-chart which can be used to measure defects of irregularities per unit.;
UCL = C-bar + z*√(c-bar)
LCL = C-bar - z*√(c-bar)
C - Bar = 
C - Bar = 
C - Bar = 4.375
z = 3 when using the 3 sigma control
UCL = C-bar + z*√(c-bar)
UCL = 4.375 + 3 * √(4.375)
UCL = 10.65
LCL = C-bar - z*√(c-bar)
LCL = 4.375 - 3 * √(4.375)
LCL = -1.9
LCL = 0 (Lower limit minimum should be 0 at least)
Defects are within the control limits. The process is in control.
