Answer:
Budgeted fixed overhead= $787,000
Explanation:
Budget variance = Actual overhead-budgeted overhead
-41000 = 828000-X
X = 787000
So answer is $787000
Answer:
The range of possible transfer is $ 3.25 to $ 3.50
Explanation:
Data provided:
The purchasing cost of the transistor = $ 3.50
The total number of transistors needed = 8,000
The production cost of the transistor = $ 4.00
The included variable cost = $ 3.25
The included fixed cost = $ 0.75
Now,
the fixed cost cannot be altered, thus it will be there
hence,
the variable cost will be the factor that will evaluate the decision i.e $ 3.25
therefore, the <u>range of possible transfer is $ 3.25 to $ 3.50</u>
Answer:
Grease payments, Option A, are payments to ensure receiving the standard treatment that a business ought to receive from a foreign government, but might not due to the obstruction of a foreign official
Explanation:
Grease payment is like a bribe which is usually small in amount and is provided to a government official or to a businessman with the aim of expediting a business decision. It may also be used in case any shipment or any transaction needs to be expedited.
Grease payments do not change the result of the foreign official's decision, under FCPA. If it changes the consequence, then it is considered a bribe. In that case, grease payments become illegal. It also depends on the amount given to the official and their frequency to decide if it is illegal.
This question is incomplete, the complete question is;
We will derive a two-state put option value in this problem.
Data: S₀ = 106; X = 112; 1 + r = 1.12. The two possibilities for ST are 149 and 75.
The range of S is 74 while that of P is 37 across the two states. What is the hedge ratio of the put
Answer: the hedge ratio of the put H = - 1/2 ≈ - 0.5
Explanation:
Given that;
S₀ = 106, X = 112, 1 + r = 1.12
Us₀ = 149 ⇒ Pu = 0
ds₀ = 75 ⇒ Pd = 37
To find the Hedge ratio using the expression
H = Pu - Pd /Us₀ - ds₀
so we substitute
H = 0 - 37 / 149 - 75
H = - 37/ 74
H = - 1/2 ≈ - 0.5
Answer:
Transaction gain = $16 million
Explanation:
Given:
Purchase amount = $52 million
December 31, 2021, bonds value = $46 million
October 3, 2022, bonds sold = $62 billion
Computation:
Using multi-step approach
Transaction gain = October 3, 2022, bonds sold - December 31, 2021, bonds value
Transaction gain = $62 million - $46 million
Transaction gain = $16 million
