Answer:
Negative cash balance of $210,000.
Explanation:
Given that,
cost of equipment = $200,000
Inventory purchased = $12,500
Cash balance = $2,000
Accounts payable = $4,500
Net cash flow at time zero:
= (cost of equipment) + (Increase in working capital)
= ($200,000) + (Inventory purchased + cash balance - Accounts payable)
= ($200,000) + ($12,500 + $2,000 - $4,500)
= ($200,000) + ($10,000)
= ($210,000)
Note: Negative values are in the parenthesis.
Answer:
end of January balance in the accounts receivable account should be $65900
Explanation:
given data
accounts receivable = $70,000
customers on account = $18,400
account totaling = $14,300
services to be provided = $6,800
to find out
balance in the accounts receivable account
solution
balance in the accounts receivable account will be find as
Balance of Accounts Receivable = Beginning balance + Revenue from earned services - Collections during the period ........................1
put here value
Balance of Accounts Receivable = 70000 + 14300 - 18400
Balance of Accounts Receivable = $65900
so
end of January balance in the accounts receivable account should be $65900
Delivering healthcare goods and services requires several inputs in economic terms these inputs can be classified as either <u>labor</u><u> </u>or non-labor.
<h3>What are non-labor inputs?</h3>
Speaking from the perspective of the factors of production, on one hand, non-labor inputs refers to such inputs as:
- Energy
- Land
- Capital
- Information etc.
The amount of labor input is calculated as either the number of employees or the number of hours they put in during a specific time period, such a year.
The majority of nations gather information on the number of employees and are able to compute labor productivity as output per employee.
Learn more about labor inputs:
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Answer:
$4,900 (From simple interest method)
Explanation:
Given:
Amount invested (p) = $4,000
Interest rate for simple interest (r) = 4.5% = 4.5/100 = 0.045
Interest rate for Compound interest (i) = 4%
Number of year (t) = 5
Computation of amount from simple interest method:
Amount = p(1+rt)
Amount = $4,000[1+(0.045 × 5)]
Amount = $4,000[1+0.225]
Amount = $4,000[1.225]
Amount (from simple interest method) = $4,900
Computation of amount from compound interest method:
Therefore, Amount from simple interest method is higher .
