In: Accounting
Each of the four independent situations below describes a sales-type lease in which annual lease payments of $10,000 are payable at the beginning of each year. Each is a finance lease for the lessee. Determine the following amounts at the beginning of the lease.
The lessor’s:
Lease payments
Gross investment in the lease
Net investment in the lease
The lessee’s:
Lease payments
Right-of-use asset
Lease liability
Situation |
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1 |
2 |
3 |
4 |
|
Lease term (years) |
4 |
4 |
4 |
4 |
Asset’s useful life (years) |
4 |
5 |
5 |
7 |
Lessor’s implicit rate (known by lessee) |
11% |
11% |
11% |
11% |
Residual value: |
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Guaranteed by lessee |
0 |
$4,000 |
$2,000 |
0 |
Unguaranteed |
0 |
0 |
$2,000 |
$4,000 |
Purchase option: |
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After (years) |
none |
3 |
4 |
3 |
Exercise price |
n/a |
$7,000 |
$1,000 |
$3,000 |
Reasonably certain? |
n/a |
no |
no |
yes |
Siuation 1: | Formula | Amount |
Lessor's | ||
1. Lease payments | =100000*4 | 400,000.00 |
2. Gross investment in the lease | =100000*4 | 400,000.00 |
3. Net investment in the lease | =100000*PVAF(11%,4 years) = 110000*3.4437 | 378,807.00 |
Lessee's | ||
1. Lease Payments | =100000*4 | 400,000.00 |
2. Right-of-use assets | =100000*PVAF(11%,4 years) = 110000*3.4437 | 378,807.00 |
3. Lease Liability | =100000*PVAF(11%,4 years) = 110000*3.4437 | 378,807.00 |
Siuation 2: | Formula | Amount |
Lessor's | ||
1. Lease payments | =(100000*4)+4000 | 404,000.00 |
2. Gross investment in the lease | =(100000*4)+4000 | 404,000.00 |
3. Net investment in the lease | =[100000*PVAF(11%,4 years)] + [4000*PVF(11%,4years)] = (110000*3.4437)+(4000*0.6587) | 381,441.80 |
Lessee's | ||
1. Lease Payments | =(100000*4)+4000 | 404,000.00 |
2. Right-of-use assets | =[100000*PVAF(11%,4 years)] + [4000*PVF(11%,4years)] = (110000*3.4437)+(4000*0.6587) | 381,441.80 |
3. Lease Liability | =[100000*PVAF(11%,4 years)] + [4000*PVF(11%,4years)] = (110000*3.4437)+(4000*0.6587) | 381,441.80 |
Siuation 3: | Formula | Amount |
Lessor's | ||
1. Lease payments | =(100000*4)+2000 | 402,000.00 |
2. Gross investment in the lease | =(100000*4)+2000+2000 | 404,000.00 |
3. Net investment in the lease | =[100000*PVAF(11%,4 years)] + [(2000+2000)*PVF(11%,4years)] = (110000*3.4437)+(4000*0.6587) | 381,441.80 |
Lessee's | ||
1. Lease Payments | =(100000*3)+2000 | 402,000.00 |
2. Right-of-use assets | =[100000*PVAF(11%,4 years)] + [2000*PVF(11%,4years)] = (110000*3.4437)+(2000*0.6587) | 380,124.40 |
3. Lease Liability | =[100000*PVAF(11%,4 years)] + [2000*PVF(11%,4years)] = (110000*3.4437)+(2000*0.6587) | 380,124.40 |
Siuation 4: | Formula | Amount |
Lessor's | ||
1. Lease payments | =(100000*3)+3000 | 303,000.00 |
2. Gross investment in the lease | =(100000*3)+3000 | 303,000.00 |
3. Net investment in the lease | =[100000*PVAF(11%,3 years)] + [(3000)*PVF(11%,3years)] = (110000*2.7125)+(3000*0.7312) | 273,445.91 |
Lessee's | ||
1. Lease Payments | =(100000*3)+3000 | 303,000.00 |
2. Right-of-use assets | =[100000*PVAF(11%,3 years)] + [(3000)*PVF(11%,3years)] = (110000*2.7125)+(3000*0.7312) | 273,445.91 |
3. Lease Liability | =[100000*PVAF(11%,3 years)] + [(3000)*PVF(11%,3years)] = (110000*2.7125)+(3000*0.7312) | 273,445.91 |
For situation 4, since the repurchase option will be excercises at end of year 3, the term of lease is 3 years and residual value will be the option's excercise price.