er to the following lease amortization schedule. The five payments are made annually starting with the beginning of the lease. A $2,300 purchase option is reasonably certain to be exercised at the end of the five-year lease. The asset has an expected economic life of eight years. Lease Payment Cash Payment Effective Interest Decrease in Balance Outstanding Balance 32,350 1 7,000 ?? ?? 25,350 2 7,000 1,775 5,225 20,125 3 7,000 1,409 5,591 14,534 4 7,000 1,017 5,983 8,551 5 7,000 ?? ?? ?? 6 2,300 150 2,150 0

Classifying Leases The following separate scenarios relate to a 5-year lease, pertaining to equipment with a fair value of $50,000. Assume in all scenarios that payments are made at the beginning of the period. 1. Lease payments include a fixed payment of $10,000 per year. 2. Lease payments include a fixed payment of $10,000 per year, plus $500 for insurance and $600 for a maintenance contract. 3. Lease payments will be $10,000 in the first year and will increase by 3% (calculated on the previous year's payment) for each of the following 4 years. 4. Lease payments will be $10,000 in the first year and will increase each of the following years by the increase in the CPI from the preceding year. The current CPI is 120 and is expected to increase to 122 at the end of the next year. 5. Lease payments will be $10,000 in the first year and will increase each of the following years by (a) the increase in the CPI from the preceding year, or (b) 3%, whichever is greater. The current CPI is 120…

Each of the four independent situations below describes a finance lease in which annual lease payments are pay- able at the beginning of each year. The lessee is aware of the lessor's implicit rate of return. Situation Lease term (years) Lessor's rate of return Fair value of lease asset Lessor's cost of lease asset Residual value: Estimated fair value Guaranteed fair value 1 4 10% $50,000 $50,000 0 2 7 11% $350,000 $350,000 $ 50,000 0 3 5 9% $75,000 $45,000 $7,000 $7,000 Required: For each situation, determine: a. The amount of the annual lease payments as calculated by the lessor. b. The amount the lessee would record as a right-of-use asset and a lease liability. 4 8 12% $465,000 $465,000 10 $ 45,000 $ 50,000

None

S Terms of a lease agreement and related facts were as follows: a. The lease asset had a retail cash selling price of $100,000. Its useful life was six years with no residual value (straight-line depreciation). b. Annual lease payments at the beginning of each year were $20,873, beginning January 1. c. Lessor's implicit rate when calculating annual rental payments was 10%. d. Costs of $2,062 for legal fees for the lease execution were the responsibility of the lessor. Required: Prepare the appropriate entries for the lessor to record the lease, the initial payment at its beginning, and at the December 31 fiscal year-end under each of the following three independent assumptions: 1. The lease term is three years and the lessor paid $100,000 to acquire the asset (operating lease). 2. The lease term is six years and the lessor paid $100,000 to acquire the asset. Also assume that adjusting the lease receivable (net investment) by initial direct costs reduces the effective rate of interest…

Refer to the following lease amortization schedule. The 10 payments are made annually starting with the beginning of the lease. Title does not transfer to the lessee and there is no purchase option or guaranteed residual value. The asset has an expected economic life of 12 years. The lease is noncancelable. Payment CashPayment EffectiveInterest Decreasein balance Outstanding Balance                 108,703   1   15,000       15,000   93,703   2   15,000   7,496   7,504   86,200   3   15,000   6,896   8,104   78,096   4   15,000   6,248   8,752   69,343   5   15,000   5,547   9,453   59,891   6   15,000   4,791   10,209   49,682   7   15,000   3,975   11,025   38,656   8   15,000   3,093   11,907   26,749   9   15,000   ?   ?   ?   10   15,000   ?   ?   ?     What amount would the lessee record as annual amortization on the right-of-use asset using the straight-line method? (Round your answer to the nearest dollar.) Multiple Choice $9,370. $15,000.…

Use the 5 lease criteria to determine if the following lease qualifies as a Capital, Financing lease.   The Sirap Co leased equipment from the lessee valued at $400,000. The lease contract has payments of $50,000 per year payable at the end of each year for 12 years.  The interest rate is at 8%. The lessor will repossess the equipment at the end of the lease term. The leased equipment does not have a bargain purchase option. The leased equipment has an economic useful life of 16 years. Required: use the 5 criteria, like in illustration 15 -  4 to determine if the lease qualifies as a Capital, financing lease.

A property is currently leased for $100,000 p.a. with fully recoverable outgoings. The lease has 3 years to run on the current (fixed) rent. The market rent for the property is $120,000. What is the current value of the property subject to the lease at a yield of 8% ? Assume rents are paid annually in arrears.

Question: Yankee Construction agreed to lease payments of $762.79 on the construction equipment to be made at the end of each month for six years. Financing is at 15% compounded monthly. a) What is the value of the original lease contract? b) If, due to delays, the first eight payments were deferred, how much money would be needed after nine months to bring the lease payments up to date? c) How much money would be required to pay off the lease after nine months? d) If the lease were paid off after nine months, what would the total interest be? e) How much of the total interest would be due to deferring the first eight payments?

Refer to the following lease amortization schedule. The 10 payments are made annually starting with the beginning of the lease. Title does not transfer to the lessee and there is no purchase option or guaranteed residual value. The asset has an expected economic life of 12 years. The lease is noncancelable. Payment Cash Payment Effective Interest Decrease in balance Outstanding Balance                 63,282   1   10,000       10,000   53,282   2   10,000   6,394   3,606   49,676   3   10,000   5,961   4,039   45,637   4   10,000   5,476   4,524   41,113   5   10,000   4,934   5,066   36,047   6   10,000   4,326   5,674   30,373   7   10,000   3,645   6,355   24,018   8   10,000   2,882   7,118   16,900   9   10,000   ?   ?   ?   10   10,000   ?…