I would ask "how much is the initial investment" and "how long is the payback period of the project" before I decide which one to invest in. The IRR of both companies have already shown the return rate of the project, therefore knowing the period and the initial amount would be the best option<span>. This option related to our fund sufficiency and cash flow.</span>
Answer:
59 orders
Explanation:
For computing the how many rolls should order at a time, first we have to determine the economic order quantity which is shown below:
The computation of the economic order quantity is shown below:
= 
where,
Carrying cost = $875 × 20% = $175
And, other items values would remain the same
ow put these values to the above formula
So, the value would be equal to
= 
= 50.71 units
Now The number of orders would be equal to
= Annual demand ÷ economic order quantity
= $3,000 ÷ 50.71 units
= 59 orders
Answer: A. Government's borrowing to refinance the debt may lead to higher interest rates. Higher interest rates reduce investment spending, leaving future generations with a smaller stock of capital goods.
Explanation:
When the Government replaces a debt with another debt by means of Refinancing, they will probably be charged a higher interest rate because replacing debt with another debt is not generally ideal.
A higher interest rate means a higher repayment amount. Should the government keep paying higher and higher rates for debt, they'll have to reduce their spending on Investment. Investment creates Capital Goods such as machines and equipment. A reduction in Investment spending therefore reduces future generations' access to capital goods.
Answer:
Trell will show an amount receivable from factor equal to 20, 010 dollars.
Explanation:
NON recourse factoring is when a company sells it's invoices to a factor, without the promise that the company will buy back any uncollected invoices. The factor does not take the risk of any uncollected invoices.
So in this factoring arrangement no allowance for bad debt exist
Answer and Explanation:
Data provided in the question
defect rate i.e.
= 1.50%
the sample size = n = 200
Now

= 0.008595057
Now the 3 sigma control limits is
UCL_p =
+ 35p
= 0.015 + 3 (0.008595057
)
= 0.04078517
LCL_p =
- 35p
= 0.015 - 3 (0.008595057
)
= 0
hence, the 3 sigma control limits are UCL 0.04078517 and LCL 0 respectively