Answer:
97 days
Explanation:
In simple interest method, the interest is calculated by the following formula
I= P x R x T
I= interest
P = principal amount
R =interest rate
T= Time
In this case
I=$16
P=$1500$
R= 4% or 0.04%
T= time
$16= $1500 x 0.04 x Time
$16 =60 x Time
Time = 16/60
time = 0.2666 year.
time in days = 0.26666 x 365 days
=97.333 days
=97 days
Answer:
C. y = 11000(1.086)^7
Explanation:
Given the following data;
Principal = $11,000
Interest rate = 8.6% = 8.6/100 = 0.086
Time = 7 years
To derive a mathematical expression, we would use the compound interest formula;
Where;
A is the future value.
P is the principal or starting amount.
r is annual interest rate.
t is the number of years for the compound interest.
Substituting into the formula, we have;
A = $19,580
Answer: $5 per machine hour
Explanation:
Given the following :
Estimated manufacturing overhead cost = $550,000
Expected machine-hour to be incurred = 110,000
Actual manufacturing overhead = $575,000
Actual machine hour incurred = 120,000
The manufacturing overhead application rate:
Expected manufacturing overhead cost / Expected machine hour to be incurred
= $550,000 / 110,000 machine hour
= $5 per machine hour
Answer:
c. 21,645
Explanation:
The computation of number of fans required to meet the company's goal is shown below:
= (Fixed cost+ target profit) ÷ (Contribution margin per unit)
= ($222,640 + $470,000) ÷ ($32)
= ($692,640) ÷ ($32)
= $21,645
The contribution margin per unit = Selling price per unit - Variable expense per unit
Therefore, the number of fans equal to $21,645
We calculated by above formula.
Answer:
Yes it does as the company expect to pay for the warranty but doesn't know as it may occur or don't dependion upon the notebook hardware and software performance over the 90-days period
Warranty expense 29,500 debit
Warranty Liability 29,500 credit
Explanation:
We will record a warrant liability for the 5% of the mount sold. As the warranty liability is generated at the time of sale which occur in December
