$504000 is the actual return
<u>Explanation:</u>
particulars calculation Amount
Service cost 700000
Interest cost 
480000
Less: Expected return 
576000
Prior service cost 48000
Net loss 30000
Pension expense 682000
Therefore, the pension expense is $682000
<u>The computation is as follows for the calculation of return (in $000’s)
</u>
<u>Plan assets
</u>
Beginning = $5760
Actual return = ?
Cash contributions = 696
Less: Retireee benefits = (624)
Ending balance = $6336
Thus after solving this, we get the actual return that is equal to = $504,000
The balance in the savings account at the end of the 8th year (i.e., after 8 deposits) is $99,256, and the interest earned on the 8 deposits is $27,256
The future value of annuity is a calculation that measures how a good deal a chain of fixed bills might be really worth at a specific date in the future whilst paired with a particular interest price. The word “value” in this term is the coin's potential that a sequence of future payments can gain.
The equation to find future value of the annuity:
Future Value = E ( ( 1 + r)^p - 1 ) / r
E = Annual deposit = $9,000
r = Interest rate = 9%
P = 8 years
FV = Amount available = 9,000 ( 1.09^8 - 1 ) / .09 = $99,256
Interest = 99,256 - 9000 * 8 = $27,256
Future value is the value of a current asset at a future date based on an assumed fee of growth. The future price is vital to investors and economic planners, as they use it to estimate how an awful lot of funding made today may be worth it in the future.
Learn more about the future value of annuity here brainly.com/question/14702616
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Answer
The answer and procedures of the exercise are attached in a microsoft excel document.
Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
Interdependent fits here group members can work well alone, but also come together
