Answer:
$4,372.71
Explanation:
Here for reaching the difference in PV between the first and the second offer first we need to follow some steps which is shown below:-
Step 1
Total payment due = Per tire × Bought tires
= $80 × 600
= $48,000
Step 2
Present value factor of 8.4% for 1 year = 1 ÷ (1 + Rate of interest)^Number of years
= 1 ÷ (1 + 8.4%)^1
= 1 ÷ (1 + 0.084)^1
= 1 ÷ 1.084
= 0.92251
Step 3
First offer
Present value = Total payment due × Present value factor of 8.4% for 1 year
= $48,000 × 0.92251
= $44,280.48
Step 4
Second offer
One year payment = Bought tires × Per tire
= 600 × $45
= $27,000
Step 5
Present value = One year payment × Present value factor of 8.4% for 1 year
= 27,000 × 0.92251
= $24,907.77
Step 6
Total present value = Present value of second offer + Tires cost
= $24,907.77 + $15,000
= $39,907.77
Here we can see that first offer is higher than second offer
So,
The difference between the first and the second offer = First offer - Second offer
= $44,280.48 - $39,907.77
= $4,372.71
Answer:Jalen journal $
Date
Jan 1 ,2021
Land Dr. 860,887
Note payable Cr. 860,887
Narration. Issuance of note of above amount payable in four installment for purchase of land.
June 30,2021
Note payable Dr 215,221.64
Cash Cr. 215,221.64
Narration. Payment of first installment on land purchase.
December 31,2021
Note payableDr 215,221.64
Cash.Cr. 215,221.64
Narration. Payment of second installment on land purchase.
2. Balance on note payable as at December 31, 2021 $400,000
Balance on Interest expenses $30,443.28
Explanation:
The land account is debited to recognized it's purchase and a credit is made to the notes payable account to recognise the credit.
The total installment is debited for payment made in the first and second period.
The balance on the note payable represents the two outstanding principal payment of the $800,000 and the interest expenses represents the excess over the principal sum.
Answer:
d. $1,540 F
Explanation:
The formula to compute the variable overhead efficiency variance is shown below:
= (Actual direct labor hours - standard direct labor hours) × variable overhead per hour
where,
Actual direct labor hours is 2,380
And, the standard direct labor hours equal to
= 5,200 units × 0.5
= 2,600 hours
Now put these values to the above formula
So, the value would equal to
= (2,380 hours - 2,600 hours) × $7
= 1,540 favorable
Answer:
Manufacturing overhead for July will be $55000
Explanation:
We have given budgeted labor hour in month of July = 20000
Variable overhead rate = $5
So variable manufacturing overhead = 20000×$5 = $100000
Fixed manufacturing overhead = $25000
Now total manufacturing overhead = $100000+$25000 = $125000
Depreciation expense = $7000
So manufacturing overhead for July = $125000 - $7000 = $55000
Answer:
The account balance after 4 years will be $2,420.
Explanation:
First we need to add Bob and Judy's amount to find the total amount that will be deposited. (1260+975)=2,235.
Now we will break up the annual interest into monthly interest because it will be compounded monthly. 2/12=0.166.
Then we will break up the 4 years into months also because the interest is compounded monthly. 4*12=48
Now we use the formula for compound interest
Final amount = Principal*(1+R)^N
Principal = 2,235
R= 0.166% or 0.00166
N= 48
We put these values into our formula
2,235*(1+0.00166)^48
=2,420
