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:
D) According to the Age Discrimination in Employment Act, Edie can be required to retire at a certain age, because she is in an occupation where evidence exists that ability to perform the job diminishes significantly with age.
Explanation:
Since in the question it is mentioned that edie wants to fight the rulling that depend upon the age discrimination so here we considered the option d as in that it is given that edie needs to retire at the specific age as she belongs from occupation in which the evidence is existed that shows the capability to perform the job which reduced within the age
Answer:
a) The company turn its inventory at 1.5.
b) Per unit inventory cost for a product that costs $1000 is $166.67.
Explanation:
a) number of units sold = ($60000000/year)*(1 unit/$2000)
= 30000 units/year
COGS = 30000 units/year*$1000/unit
= $30000000/year
inventory = $20000000
flow time = inventory/flow rate
= $20000000/30000000 per year
= 0.67 years
inventory turns = 1/flow rate
= 1/(0.67)
= 1.5
Therefore, The company turn its inventory at 1.5.
b) %inventory cost per computer = 25%*0.6667 years
= 16.667%
16.667%*$1000 = $166.67 per unit
Therefore, Per unit inventory cost for a product that costs $1000 is $166.67.
Answer:
$71,520
Explanation:
we must first determine the monthly payment:
monthly payment = present value / annuity factor
- present value = $608,000
- PV annuity factor, 0.675%, 300 periods = 128.46
monthly payment = $608,000 / 128.46 = $4,732.99
Then I prepared an amortization schedule using an excel spreadsheet. After the 18th payment, the principal balance is $596,005.
The investor will have $667,525 - $596,005 = $71,520
