1. Calculate the PBO at age 39, five years after the employee began working. 2. Calculate the ABO at age 39, five years after the employee began working. 3. Calculate the service cost and interest cost components of pension expense for years 3 and 4. 4. Calculate pension expense for years 3 and 4, assuming $3,000 contributions to the pension fund at the end of each year and an 8% actual and expected rate of return on the plan assets. 5. Calculate the PBO balance at the end of years 3 and 4 by accumulating service cost and interest cost over the appropriate years, starting from year 1. 6. Calculate the plan asset balance at the end of years 3 and 4 by accumulating contributions and return on the pension fund over the appropriate years, starting from year 1. 7. Make the journal entries for years 1-4 to record pension expense and contributions to the pension fund. 8. Calculate the difference between the plan asset balance and the PBO at the end of year 3 and the end of year 4 (this difference is called funded status). 9. Verify that the change in the funded status from the end of year 3 to the end of year 4 equals the net of the year 4 pension expense and the year 4 cash contributions (from the year 4 journal entry in #7). 10. Using the journal entries prepared in #7, calculate the balance in the Pension-Related Asset/Liability account at the end of year 4 and verify that it equals the funded status at the end of year 4 (calculated in #8 above). [Note: Although this is true for this problem, it wont necessarily be true in general if the other potential components of pension expense, which we are not discussing, are included.] 11 Verify that the PBO at the end of year 4 (from #5 above) equals the PBO at the end of year 4 (from #3 in the in-class portion of this problem) within rounding error.