Answer:
It is more convenient to sell the units unfinished by $500.
Explanation:
Giving the following information:
Units= 1,000
Unfinished:
Selling price= $4.00 per unit.
Complete:
Incremental costs= $1.00 per unit for direct materials, $2.00 per unit for direct labor, and $1.50 per unit for overhead
Selling price= $8.00 each.
We need to calculate the gross profit of each option and choose the more convenient:
Unfinished:
Gross profit= 1,000*4= $4,000
Complete:
Gross profit= 1,000*(8 - 4.5)= $3,500
It is more convenient to sell the units unfinished by $500.
Answer:
D) foreign; domestic
Explanation:
The central Bank can improve the domestic currency by using the reserves. If the domestic currency undervalued the central bank may intervene to sell the Foreign currency and purchase the domestic currency, which will increase the demand of domestic currency and increase the supply of foreign currency in the market which will improve the value of domestic currency and undervalue the foreign currency.
Answer and Explanation:
The computation is shown below;
a. For Warranty Expense
= Sales × Estimated Warranty Percentage%
= $4,144,400 × 0.87%%
= $36,056.28
b)
The amount that should be reported is
Opening Balance of Estimated Warranty Liability Jan. 1, 2019 $42,635
Less: Actual warranty costs in 2019 ($26,750)
Add: Warranty expense accrued in 2019 $35,056
Closing Balance of Estimated Warranty Liability Dec. 31, 2019 $50,941
Answer:
$116,161.616
Explanation:
Given that,
Total interest paid = $230,000
Time period = 30 year
Annual interest rate = 6.6%
Total interest on loan = Loan amount × Interest rate × Time period
$230,000 = Loan amount × 6.6% × 30 years
Loan amount:
= $116,161.616
Therefore, the loan amount is $116,161.616.
Answer:
Objective function:
Maximize Z: 30P1 + 25P2 + 28P3
Subject to: 2.00P1 + 1.50P2 + 3.00P3 ≤ 450 (Department A constraint)
2.50P1 + 2.00P2 + P3 ≤ 350 (Department B constraint)
0.25P1 + 0.25P2 + 0.25P3 ≤ 50 (Department C constraint)
P1, P2, P3 ≥ 0 (Non-negativity)
Explanation:
The objective function is formulated from the contribution margin of the three products. For instance, the contribution of Product 1 is $30, the contribution of Product 2 is $25 and the contribution of Product 3 is $28. Thus, the objective function will be 30P1 + 25P2 + 28P3.
The constraints were obtained from the departmental labour hours requirements for each product. For instance, Product 1 requires 2 hours in department A, Product 2 requires 1.50 hours in department A and Product 3 requires 3 hours in Department A. Thus, the constraint will be 2.00P1 + 1.50P2 + 3.00P3.
