Answer:
$344,000
Explanation:
The applicable formula, in this case, is the accounting equation.
Assets= Liabilities + Equity.
Liabilities =$117,000
Equity =$227,000
Assets = $117,000 + $227,000
Assets = $344,000
Answer:
A: Yes
Explanation:
The additional worker would cost $100 per day i.e. Marginal Cost = $100
Whereas the Marginal Revenue = (2,750-2,600) = $150
Since Marginal revenue exceeds marginal cost by (150-100) = $50, Cindy should hire 12th worker.
Answer:
R = 4 customers per minute
I = 12 customers in line
average time (T) = 3 minutes per customer
Explanation:
if we follow Little's Law and its assumptions: L = λW
- L = average number of clients in line = 12
- λ = arrival or departure rate = 4 per minute
- W = average waiting time
W = L / λ
average waiting time = average number of clients in line / average number of clients arriving (or departing) = 12 / 4 = 3 minutes
Little's Law can also be written as I = RT
I = L
R = λ
Answer:
Marginal product: 118
Marginal product is 1.68 times average product
New average product: 82
Explanation:
Marginal product is the difference that we found after we add one more unit of production into the business, this means the amount of products that we produce more of, once we hire a new worker or add a new machine, in this case marginal product is 118 units more by hiring an additional worker, and the marginal product divided by the last average product is 1.68 times more, and the new average product would be 328 between 4 which is the new number of workers, which results in 82.