Answer: $155,520
Explanation:
Pension Expense = Service Cost - Expected return on plan assets + Prior service cost amortization + Interest cost
Interest Cost
= Interest rate * Projected benefit obligation
= 0.09 * 728,000
= $65,520
Pension Expense = 110,000 - 30,000 + 10,000 + 65,520
= $155,520
Answer:
Coupon (R) = 6.8% x 10,000 = $680
Face value (FV) = $10,000
Number of times coupon is paid in a year (m) = 2
No of years to maturity = 8 years
Yield to maturity (Kd) = 8% = 0.08
Po = R/2(1- (1 + r/m)-nm) + FV/ (1+r/m)n
m
r/m
Po = 680/2(1-(1+0.08/2)-8x2) + 10,000/(1 + 0.08/2
)8x2
0.08/2
Po = 340(1 - (1 + 0.04)-16) + 10,000/(1 + 0.04)16
0.04
Po = 340(1-0.5339) + 10,000/1.8730
0.04
Po = 3,961.85 + 5,339.03
Po = $9,300.88
Explanation:
The current market price of a bond is a function of the present value of semi-annual coupon and present value of the face value. The present value of semi-annual coupon is obtained by multiplying the coupon by the present value of annuity factor at 8% for 8 years. The present value of face value is obtained by discounting the face value at the discount factor for 8 years. The addition of the two gives the present value of the bond. All these explanations have been captured by the formula.
The third party plan that covers prescriptions for those eligible for medicare is usually an insurance plan that has extended health so that after paying a small deductible like $25 then the medicine costs will be reimbursed at the rate of say 80% of their costs.
One typical relationship between time and interest rate would be simple interest rate. It is the most simplest interest rate however it is not used nowadays since it does not account for all cost along the value of the money. For this relationship, interest rate is directly proportional with time.
$24,800 would be the book value of the asset on January 1, 2019
Explanation:
Straight-line depreciation is a popular depreciation process in which the value of a fixed asset slowly declines over its useful life.
Straight line depreciation is the default method used to slowly reduce the amount of a fixed product over its useful life.
Divide the estimated useful life (in years) into 1 to arrive at the straight-line depreciation rate.
Multiply the depreciation rate by the asset cost (less salvage value).
For example, if a of $20,000 and a useful life of 5 years. The straight line depreciation for the machine would be calculated as follows: Cost of the asset: $100,000. Cost of the asset – Estimated salvage value: $100,000 – $20,000 = $80,000 total depreciable cost.
