Concrete Company enters into a contract with a customer to build a warehouse for $200,000, with a performance bonus of $40,000 that will be paid based on the timing of completion. The performance bonus will be paid fully if completed by the agree-upon date. The performance bonus decreases by $10,000 per week for every week beyond the agreed-upon completion date. Management estimates that there is a 55% probability that he will complete the project on time, a 30% probability that it will be completed 1 week late, and a 15% probability that it will be completed 2 weeks late. (1). Determine the transaction price that Concrete should compute for this agreement. (2). Assuming that Concrete believes that the probability for completing the project on time is 90% and otherwise it will be finished 1 week late. Determine the transaction price.
Concrete Company enters into a contract with a customer to build a warehouse for $200,000, with a performance bonus of $40,000 that will be paid based on the timing of completion. The performance bonus will be paid fully if completed by the agree-upon date. The performance bonus decreases by $10,000 per week for every week beyond the agreed-upon completion date. Management estimates that there is a 55% probability that he will complete the project on time, a 30% probability that it will be completed 1 week late, and a 15% probability that it will be completed 2 weeks late.
(1). Determine the transaction price that Concrete should compute for this agreement.
(2). Assuming that Concrete believes that the probability for completing the project on time is 90% and otherwise it will be finished 1 week late. Determine the transaction price.
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