The answer is A. direct loans, and C. work-study programs.
Answer:
Option (c) is correct.
Explanation:
Given that,
Cash = $4,000
Short-term investments = $75,000
Accounts receivable = $61,000
Inventories = $110,000
Prepaid expenses = $30,000
Total current liabilities = $100,000
Current assets:
= Cash + Short-term investments + Accounts receivable
= $4,000 + $75,000 + $61,000
= $140,000
Therefore,
Acid-test ratio:
= Current assets ÷ Current liabilities
= $140,000 ÷ $100,000
= 1.4 to 1
It’s understood that “Customer service” is a service offered to customers
As Jonah is ready to assess the feasibility of his business idea, he will be assessing the capability his business idea has to be successful or not.
<h3>What is a
business idea?</h3>
This refers to the concept that can be used for financial gain that is usually centered on a product/service that can be offered for money.
The feasibility of his business idea means the extent at which the business can be done or not, when he is assessing this, he will also need to assess the capability that the business idea has to be successful or not.
Read more about business idea
brainly.com/question/11554090
#SPJ1
Answer:
IRR= 20%
Explanation:
The Internal Rate of Return (IRR) tries to find the profitability of the money that remains invested during the life of a proyect. It is also known as the discount rate that makes the Net Present Value (NPV) equal to cero. When the NPV is equal to cero, then the proyect does not create or destroy value. So, if we calculate the NPV with the IRR we will find that it is equal to cero. In this case, if the cost of capital were 20% the proyect will not create or destroy value, but the problem is giving us a cost of capital that is less than 20%, then the proyect creates value. If we calculate the NPV with the rate of 16% it will be grater than zero.
The figure attached shows the IRR formula. But i calculated using Excel: first i put the cash flows of each year ( the first one is negative because it is an investment ). Then i used the formula: "=IRR(C4:C8)"