In: Accounting
At the beginning of 2018, Advanced Industries acquired a large, custom-made machine with a fair value of $7,331,130 by signing a three-year lease agreement. The lease is payable in three annual payments of $3.0 million at the end of each year.
Required:
a. What is the effective annual interest rate implicit in the agreement?
b. Prepare the lessee's journal entries required at the inception of the lease, the first lease payment which is due and paid December 31, 2018, and the second lease payment which is due and paid December 31, 2019.
Date Account Debit Credit
January 1, 2018:
December 31, 2018:
December 31, 2019:
c. Suppose the fair value of the machine and the lessor's implicit interest rate were unknown at the time of the lease, but you are able to determine that the lessee's incremental borrowing rate of interest for notes of similar "risk was 10%. Prepare the lessee's entry at the inception of the lease.
HINT: Use the Time Value of Money tables provided in previous tabs" Account Debit Credit
Solution: | ||||
A. | The implicit interest rate | 11% | ||
Working Notes: | ||||
Computation of Implicit interest rate | ||||
Ordinary annuity present value = Machine fair value/Annual lease payment | ||||
Ordinary annuity present value =$7,331,130/$3,000,000 | ||||
Ordinary annuity present value =2.44371 | ||||
See in table no 4. of PVA of $1, | ||||
n=3 as the lease agreement is for 3 years so see row no. 3 and column of 11% we have value of 2.44371. | ||||
Hence, | Our Implicit interest rate is 11% | |||
B. | ||||
Date | General Journal | Debit | Credit | |
January 1, 2018 | Leased asset | 7,331,130 | ||
Lease payable | 7,331,130 | |||
Notes: | Recorded at fair value of machine | |||
Date | General Journal | Debit | Credit | |
December 31, 2018 | Interest expense | 806,424 | ||
Lease payable | 2,193,576 | |||
Cash | 3,000,000 | |||
Working Notes: | ||||
Interest expense | 806,424 | |||
[fair value x implicit rate] | ||||
[7,331,130 x 11% = 806,424.30 | ||||
Lease payable | 2,193,576 | |||
[annual lease payment -interest expense] | ||||
[$3,000,000 -$806,424=$2,193,576 | ||||
Cash | 3,000,000 | |||
[annual lease payment] | ||||
Date | General Journal | Debit | Credit | |
December 31, 2019 | Interest expense | 565,131 | ||
Lease payable | 2,434,869 | |||
Cash | 3,000,000 | |||
Working Notes: | ||||
Interest expense | 565,131 | |||
[(fair value- principal amount paid in 2018) x implicit rate] | ||||
[(7,331,130 -2,193,576) x 11% = 565,130.94 | ||||
Lease payable | 2,434,869 | |||
[annual lease payment -interest expense] | ||||
[$3,000,000 -$565,131=$2,434,869 | ||||
Cash | 3,000,000 | |||
[annual lease payment] | ||||
C. | ||||
Date | General Journal | Debit | Credit | |
January 1, 2018 | Leased asset | 7,460,550 | ||
Lease payable | 7,460,550 | |||
Notes: | Recorded at fair value of machine | |||
Fair value of machine is calculated at 10% | ||||
See in table no 4. of PVA of $1, | ||||
n=3 as the lease agreement is for 3 years so see row no. 3 and column of 10% we have value of 2.48685. | ||||
Fair value machine = Annual lease payment x ordinary annuity present value of 10% for n=3 | ||||
Fair value machine = $3,000,000 x 2.48685 | ||||
Fair value machine = $7,460,550 | ||||
Please feel free to ask if anything about above solution in comment section of the question. |