Answer:
c. equilibrium price and equilibrium quantity both to increase
Explanation:
If demand for a good increases, the equilibrium price will increase too, because consumers will be willing to purchase the good at higher prices. Besides, suppliers will try to take advantage of this situation by producing more of the same good, increasing the equilibrium quantity as well.
Answer: A) absorption costing unit product costs
Explanation:
Absorption costing is the costing convention that is used when fixed costs need to be apportioned to the production of goods and services.
When a company has idle capacity, any production done using that idle capacity would incur no fixed costs because the fixed costs for the entire capacity, both idle and non-idle have been covered already as fixed costs are charged on the entire company capacity.
Absorption costing is therefore not relevant here as the company will use its sufficient idle capacity that has already incurred fixed costs.
Answer:
The correct answer is option (e).
Explanation:
According to the scenario, the computation of the given data are as follows:
Capital budget = $1,000,000
Debt = 60%
Equity = 40%
Net income = $550,000
So, we can calculate the total dividend by using following formula:
Total dividend = net income - ( Equity × Capital budget )
= $550,000 - ( 40% × $1,000,000 )
= $550,000 - $400,000
= $150,000
Answer:
b) $54,500
Explanation:
Beginning balance of raw material = $27,500
Ending balance was = $51,000
Purchases = $78,000
Direct cost of raw material is the net of the addition of the opening balance of raw materials and purchases less the closing balance. The manufacturing overhead cost is a mix of all the indirect cost incurred during production.
As such, the manufacturing overhead cost of $118,500 consisting of $3,500 consisted of raw materials would not be considered in determining the direct raw material cost.
Direct cost of raw material = $27,500 + $78,000 - $51,000
= $54,500
Answer:
d. $1,540 F
Explanation:
The formula to compute the variable overhead efficiency variance is shown below:
= (Actual direct labor hours - standard direct labor hours) × variable overhead per hour
where,
Actual direct labor hours is 2,380
And, the standard direct labor hours equal to
= 5,200 units × 0.5
= 2,600 hours
Now put these values to the above formula
So, the value would equal to
= (2,380 hours - 2,600 hours) × $7
= 1,540 favorable
