Question

Jeff Heun, president of Tamarisk Always, agrees to construct a concrete cart path at Dakota Golf Club. Tamarisk Always enters into a contract with Dakota to construct the path for $183,000. In addition, as part of the contract, a performance bonus of $37,200 will be paid based on the timing of completion. The performance bonus will be paid fully if completed by the agreed-upon date. The performance bonus decreases by $9,300 per week for every week beyond the agreed-upon completion date. Jeff has been involved in a number of contracts that had performance bonuses as part of the agreement in the past. As a result, he is fairly confident that he will receive a good portion of the performance bonus. Jeff estimates, given the constraints of his schedule related to other jobs, that there is 50% probability that he will complete the project on time, a 30% probability that he will be 1 week late, and a 20% probability that he will be 2 weeks late.
Determine the transaction price that Ayayai Always should compute for this agreement. Determine the transaction price:
Assume that Jeff Heun has reviewed his work schedule and decided that it makes sense to complete this project on time. Assuming that he now believes that the probability for completing the project on time is 83% and otherwise it will be finished 1 week late, determine the transaction price.

Answer 1

Answer:

A) Determine the transaction price that Tamarisk Always should compute for this agreement.

total transaction price = contract price ($183,000) + expected value of the bonus

expected value of the bonus:

$37,200 x 50% = $18,600

($37,200 - $9,300) x 30% = $8,370

($37,200 - $9,300 - $9,300) x 20% = $3,720

total = $30,690

total transaction price = $183,000 + $30,690 = $213,690

B) Assume that Jeff Heun has reviewed his work schedule and decided that it makes sense to complete this project on time. Assuming that he now believes that the probability for completing the project on time is 83% and otherwise it will be finished 1 week late, determine the transaction price.

total transaction price = contract price ($183,000) + expected value of the bonus

expected value of the bonus:

$37,200 x 83% = $30,876

($37,200 - $9,300) x 17% = $4,743

total = $35,619

total transaction price = $183,000 + $35,619 = $218,619