Answer:
b. The balance of the Allowance for Doubtful Accounts will be $22,000 after adjustment.
Explanation:
If credit losses are estimated at 1% of credit sales than balance of allowance for doubtful account after adjustment will be = $6,000 + $1,600,000 * 1%
= $6,000 + $16,000
= $22,000
Answer:
Non-compete clause
Explanation:
The name of this clause is Non-compete clause. It is is a clause under which one party agrees not to enter into or start a similar profession or trade in competition against another party. By prudence of this non compete clause, the worker attempts and gives his acknowledgment to the state of the business that over the span of the work or significantly after the representative leaves the administrations/occupation of the business, he will not be the contender of the business in the structure and nature of the work of the business.
Customer lifetime value basically describes the net present value of the stream of future profits expected over the customer's lifetime purchases.
<h3>
What is Customer lifetime value?</h3>
Customer lifetime value can likewise be characterized as the financial value of a customer relationship, in light of the current value of the extended future incomes from the customer relationship.
The motivation behind the customer lifetime value metric is to evaluate the monetary value of every customer. Wear Peppers and Martha Rogers are cited as saying, "a few customers are more equivalent than others."
Customer lifetime value varies from customer benefit or CP (the contrast between the incomes and the expenses related with the customer relationship during a predetermined period) in that CP estimates the past.
Therefore it is the Customer lifetime value which denotes the net value for future profits.
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I think the taxes would decrease but increase for the company
The marginal product of labor is 10.
Data and Calculations:
Production function = Q = 20K0.5L0.5 = 20 x K x 0.5 x L x 0.5
Where:
Q = number of surgeries per day
K = number of machines
L = number of employees
Assuming that:
K = 2
L = 2
Therefore, Q1 = 20 x 2 x 0.5 x 2 x 0.5
= 20 surgeries per day
Q2 = 20 x 2 x 0.5 x 3 x 0.5
= 30 surgeries per day
Change in productivity = 10 (30 - 20)
Change in labor = 1 (3 - 2)
Marginal product of labor = change in output / change in labor
= 10 (10/1)
Thus, the marginal product of labor for the production function is 10.
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