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Based on the rate at which the computers are printing bills, the number of bills that the second computer was still to print was 4,000 bills.
<h3>How long did the first computer take to finish?</h3>
= Number of bills / Bills per hour
= 43,000 / 8,600
= 5 hours
<h3>How many bills was the second computer left with?</h3>
This can be found by the formula:
= Number of bills to print - Bills printed in 5 hours
= Number of bills to print - ( Bills printed per hour x Number of hours)
Solving gives:
= 43,000 - (7,800 x 5)
= 4,000 bills
Find out more on calculating rates at brainly.com/question/145385.
Answer:
Option B is correct
Explanation:
In an indefinitely repeated game, a firm might use a trigger strategy to punish a rival that defects from a cooperative strategy. A trigger strategy threatens other players with a punishment of a worse level if they deviate from the decided action profile.
In this game, players interact repeatedly with each other which might foster cooperation. Repeated games mean a situation in which the same stage game is played at each date.
Answer:
debit to Allowance for Doubtful Accounts and a credit to Accounts Receivable.
Explanation:
In accounting the allowance method is used to recognise and post portions of account recievable that is uncollectible. It involves an adjusting entry that changes the balance sheet figure for account receivable.
For example in the given instance a customer balance of $200, from Hollis Co., is uncollectible. The allowance method is used to pass the following entry:
debit to Allowance for Doubtful Accounts and a credit to Accounts Receivable of $200
D. suitability for the product and ability to make the purchase