Answer:
The correct answer is C.
Explanation:
Giving the following information:
The Nelson Company's radio division currently is purchasing transistors from the Charlotte Co. for $3.50 each. The total number of transistors needed is 8,000 per month. Nelson Company's electronics division can produce the transistors for a cost of $4.00 each and they have plenty of capacity to manufacture the units. The $4 is made up of $3.25 in variable costs, and $0.75 in allocated fixed costs.
Because there is unused capacity, we will not have into account the fixed costs.
Unitary cost= $3.25
It is more convenient to produce in house. The indifference price is $3.50.
PW = FW×(1+i)^-n
PW = $19340×1.15^-1 + $2280×1.15^-2 + $26600×1.15^-3 + $24240×1.15^-4 + $8770×1.15^-5 = $54250.90
hence PW = $54250.90
If sufficient dividends are declared, preferred stockholders can anticipate receiving annual dividends of: $0.90 per share.
Using this formula
Annual dividends= Par value × Fixed Annual dividend rate
Where:
Par value= $18 per share
Fixed Annual dividend rate= 5% or 0.05
Let plug in the formula
Annual dividends= $18 per share × 0.05
Annual dividends= $0.90 per share
Inconclusion if sufficient dividends are declared, preferred stockholders can anticipate receiving annual dividends of: $0.90 per share.
Learn more about annual dividend here:brainly.com/question/25557702
Answer:
because it is always good to have money and understand and then save it and spend it wisely
Explanation:
Answer:
$30.39 per machine hour
Explanation:
Giannitti corporation has an estimated machine hours of 36,000
The estimated variable manufacturing overhead is $3.01 per machine hour
The estimated total fixed manufacturing overhead is $1,058,040
The first step is to calculate the the predetermined overhead rate
= 36,000 + 3.01 + 1,058,040
= $1,094,043.01
Therefore the predetermined overhead rate can be calculated as follows
= 1,094,043.01/36,000
= $30.39 per machine hour
Hence the predetermined overhead rate for the recently completed year is closest to $30.39 per machine hour
