Answer:
At the end of these four years, the federal government's public debt would have increased by $20 billion
Explanation:
Year 1:
Budget deficit=$40 billion
Year 2:
Budget deficit=$50 billion
Total budget deficit=$90 billion
Year 3:
Budget surplus=$20 billion
Year 4:
Budget surplus=$50 billion
Total budget surplus=$70 billion
Budget surplus - Budget deficit= $90 billion - $70 billion
=$20 billion
At the end of these four years, the federal government's public debt would have increased by $20 billion
Answer:
The net present values of the two investments are $46000 and $55000 respectively .
However, the present value index for the first investment is 1.40 while the second investment has 1.2 as net present value index.
Judging from net present value,the the second investment is preferable,but since net present value is an absolute value,it does not relate the net present value to the underlying outlay,the first investment is preferred based on present value of index 1.4
Explanation:
The net present value for both alternatives is shown below:
$ $
Present value of cash inflows 160000 335000
Present value of cash inflows (114000) (280000)
Net present value 46000 55000
Present value index=present value of inflows/present value of outflows
First investment =160000/114000=1.40
Second investment =335000/280000=1.2
What are your options? I'd say fish oil or animal based diesel fuel.
Answer:
The answer is "Choice D".
Explanation:
Please find the numbering of the choices in the attached file.
In this question, when this forward price is too low in comparison to both the location cost of production, the dealer must also reduce their assets throughout the spot market and purchase it at the potential price. Its trader should reduce the asset, reinvest the owner-occupants profits on a risk-free basis, establish a long-term loan to buy the asset with one year.
Answer:
10,000 units
Explanation:
Given:
Total fixed costs for proposal A = $50,000
Total fixed costs for proposal B = $70,000
Variable cost for proposal A = $12
Variable cost for proposal B = $10
Revenue generated by each vendor = $20
let the number of units be 'x'
Now,
Cost of proposal A = Cost of proposal B
Fixed cost + x × Variable cost of proposal A = Fixed cost + x × Variable cost of proposal B
or
$50,000 + x × $12 = $70,000 + x × $10
or
x × $12 - x × $10 = $70,000 - $50,000
or
x × $2 = $20,000
or
x = 10,000 units