Answer:
1. The most that the farmer would pay to rent 20 acre is $100.
2. The price of wheat rose to $6 per bushel is $900.
Explanation:
Given the information, we have:
Total cost per acre
= $35 + $80 + $70 = $185
Revenue from wheat per acre
= 40 x $5 = $200
Contribution per acre = $200 - $185 = $15
The most that the farmer would pay to rent 20 acre is
==>20 x ($15 - $10) = $100
If the price of wheat rose to $6, the most that farmer would pay
= 20 x (240 - 185 - 10)
= $900
Answer:
Invest. Cash Flow Payback
-$1,675 $570 2,94
-$3,275 $570 5,75
-$4,800 $570 8,42
Explanation:
The payback period method gives the total time necessary to get back the money invested in a project considering the each year cash flows.
As here the Cash flow are the same each year only it's necessary to divide de amount invested by the annual cash flow expected.
Invest. Cash Flow Payback
-$1,675 $570 2,94 = $1,675/$570
-$3,275 $570 5,75
= $3,275/$570
-$4,800 $570 8,42
= $4,800/$570
The correct answer is: [C]: "coinsurance" .
___________________________________________________
Answer:
$26.05
Explanation:
according to the constant dividend growth model
price = d1 / (r - g)
d1 = next dividend to be paid = d0 x (1 + growth rate)
d0 = dividend that was just paid
r = cost of equity
g = growth rate
1.5 x (1.045^6) / 12 - 4.5 = $26.05
Answer:
45.62 days
Explanation:
For computing the average number of days receivables, first, we have to calculate the account receivable ratio. The formula is shown below:
Account receivable ratio = Net credit sales ÷ Average accounts receivable
where,
Average account receivable = (Beginning account receivable balance + ending account receivable balance) ÷ 2
Now put these values to the above formula
So, the answer would be equal to
= $480,000 ÷ ($40,000 + $80,000 ÷ 2)
= $480,000 ÷ $60,000
= 8 times
Now, the average level of receivables equals to
= Total number of days in a year ÷ Account receivable ratio
= 365 days ÷ 8
= 45.62 days
