Answer:
Annual contributions to the retirement fund will be $6,347.31
Explanation:
First find the Present Value of the Annuity giving payments of $32,000 annually for 25 years at the rate of 10%.
Using a Financial Calculator enter the following data
PMT = $32,000
P/y = 1
N = 25
R = 10%
FV = 0
Thus, the Present Value, PV is $290,465.28
At the time of retirement (in 20 years time) the Value of the annuity fund is $290,465.28.
Next we need to find the Payments PMT to reach this amount in 20 years time at the interest rate of 8%
Using a Financial Calculator enter the following data
FV = $290,465.28
N = 20
R = 8 %
PV = $0
Thus, the Payments, PMT required will be $6,347.3080
Conclusion :
Annual contributions to the retirement fund will be $6,347.31
Answer:
Following are the solution to this question:
Explanation:








Answer:
The $5,400 is the amount should Bad Brads BBQ record the equipment.
Explanation:
According to the Generally Accepted Accounting Principles (GAAP), the amount of asset is recorded at cost or fair market value which ever is lower.
The motive behind this is to present the financial statement in true and fair value rather than mislead values.
Since in the given question, the equipment purchase cost is $5,000 and shipping charges is $400.
So,
The total cost is = Purchase cost + shipping charges
= $5,000 + $400
= $5,400
And, the fair market value is $7,000.
By using the above explanation, the $5400 is the lesser amount than the $7,000.
Hence, the $5,400 is the amount should Bad Brads BBQ record the equipment.
Answer:
Cost of goods will be $4670325
Explanation:
We have given current liabilities = $407000
A quick ratio = 1.90
Current ratio is 3.40 and inventory turnover = 4.50
We know that current ratio is the ratio of current assets and current liabilities
So 
So current assets = $1383800
Now quick ratio is equal to = 
So 
Inventory = $1037850
Inventory turnover is given 4.5
So 

So cost of goods sold = 4.5×$1037850 = $4670325
Answer:
Q = 450
P = 35
Explanation:
TR = P x Q = (75 - 0.1Q) x Q = -0.1Q2 + 75Q
Then, Cost = (30Q + 1,000)
Profit: Total revenue - C
-0.1q2 + 75Q - 30q - 1,000 = -0.1q2 + 45q - 1,000
as this is a quadratic function we identify a b c:
a= -0.1 b = 45 x = -1000
the profit maximum point is at the vertex:
-b/2a = -45/ 2(-0.1) = -45/-0.1 = 450
The profit maximize at Q = 450
P = 75 - 0.1x450 = 35