Answer:
$126
Explanation:
We can calculate the amount Mira can pay for the synthetic material per unit (refrigerator) and meet its profitability goal by deducting the estimated profit and then all the cost from the selling price per unit.
Selling price per unit $260
Less
estimated return (260x30%) = ($78)
Labor costs ($32)
Overhead costs ($24)
Material $126
Amount Mira can pay for Synthetic material per unit is $126
1. Compute its predetermined overhead rate as a percent of direct labor.
2. Compute its overhead cost as a percent of direct materials.
Answer:
(1) 22%
(2) 56%
Explanation:
Given that,
Direct labor = $536,000;
Direct materials = $211,000;
Factory overhead = $119,000
(1) Predetermined overhead rate as a percent of direct labor is simply calculated by dividing the factory overhead by its direct labor cost.
Predetermined overhead rate as a percent of direct labor:
= (Factory overhead ÷ Direct labor) × 100
= ($119,000 ÷ $536,000) × 100
= 0.22 × 100
= 22%
(2) Predetermined overhead rate as a percent of direct materials is simply calculated by dividing the factory overhead by its direct material cost.
Predetermined overhead rate as a percent of direct material:
= (Factory overhead ÷ Direct material) × 100
= ($119,000 ÷ $211,000) × 100
= 0.56 × 100
= 56%
1,200
6,000
600
240
960
Out of the choices provided above, it can be concluded to state that the quantity of money demanded for transactions will be $6,000 if the conditions given above with respect to the nominal GDP are satisfied in an economic situation. Therefore, the option B holds true.
The nominalGDP of an economy can be referred to or considered as the unit of measurement that is used to represent the final value of finished goods and services, where no adjustments for the prevailing inflation rates are taken into consideration.
The quantity of money demanded can be computed using the given nominalGDP's information as under,
Quantity of Money Demanded = Nominal GDP x Dollar Spending
Quantity of Money Demanded = 1200 × 5
Quantity of Money Demanded = $6,000
Therefore, the option B holds true and states regarding the significance of nominal GDP.
Learn more about nominal GDP here:
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B. Borrow money.
C. Find other places in the budget where money can be re-purposed.
D. Remember that over the course of a year everything will balance out.
Answer:
a
Explanation:
Answer:Minimum Synergy gain = Purchase Price – Market Value Purchase Price $357,000,000 – Market Value $319,000,000 = $38,000,000
Minimum estimated value of synergy would be $38,000,000. With the merger, there would be a net gain from the synergy.
Explanation:
Mate i hope this helps sorry if im wrong
The minimum estimated value of the synergistic benefits from the merger between Pearl, Inc. and Jam Corporation is $31 million. This value is calculated by subtracting the current worth of Jam Corporation ($391 million) from the offer made by Pearl, Inc. ($422 million).
To calculate the minimum estimated value of the synergistic benefits from the merger, you would subtract the current value of Jam Corporation from the offer by Pearl, Inc. This is because the expected synergies are the value-add provided by the merger. In other words, if Pearl, Inc., is prepared to pay $422 million for a company worth $391 million, the difference between those two figures, or $31 million, must be the value of the projected synergistic benefits that Pearl, Inc., hopes to realize as a result of the acquisition.
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Answer:
Equilibrium Price (Ep) = 20
Equilibrium quantity (Eq) = 100
Explanation:
Missing information
Qs = 5P
Qd = 120 - P
The equilibrium is where quantity supplied matches quantity demanded.
Qs= Qd
5P = 120 - P
5p + P = 120
6P = 120
P = 20
Then we solve for quantity:
Notice, we should get the same answer in both equation, else is wrong.
Qs = 5 x P = 5 x 20 = 100
Qd = 120 - P = 120 - 20 = 100
They match so our answer are correct.
Ie get different value, first; we check the math and if keeping getting different values we should redo the calculation for price.
Answer:
6.92 years
Explanation:
The payback period measures how long it takes for the amount invested in a project to be recovered.
The total cost of the project is $388,000.
Because the project generates no cash flow in the first and second year , the amount recovered would be 0.
In the third year, the amount recovered of $388,000 is $69,000. This reduces the cost of the project to $319,000.
In the fourth year , the amount recovered is $88,000. This reduces the cost of the project to $231,000.
In the fifth year, the amount recovered is $102,000. This reduces the cost of the project to $129,000.
In the sixth year, the amount recovered is $140,000. This covers the cost of the project and generates a profit of $11,000.
The amount is recovered in the 6th year + 129000/ 140,000 = 6.92 years
I hope my answer helps you