Solution:
Q MC FC VC TC AFC AVC ATC
0 NA 50 0 50 NA NA NA
1 50 50 50 105 50 50 105
2 19 50 64 104 20 32 52
3 85 40 149 189 13.33 49.67 63.00
4 223 40 372 412 10 93 103
TC=FC+VC
FC=40
VC=TC-FC
MC=change in TC
AFC=FC/Q
AVC=VC/0
ATC=TC/0
a) TC when 0=0 = 40 because FC = 40 remains constant and the firm still incurs a total cost equal to its FC when it produces zero output.
b) MC for first unit = 45
c) ATC of 3rd unit = 63
d) AVC for 4th unit = 93
Answer:
Cash obtained From Bank $588,100
Explanation:
Lets Solve it By Cash Flow Method To find out Amount of Debt Acquired During the Year.
Cash Inflows
Sales 2393000
Out Flow
Cost of Goods Sold (1432000) Assuming total purchases were made during the year
Depreciation - Non-Cash Item
Admin Expense (435700) Cash Expense
Selling Expense (490700) Cash Expense
Interest Expense (215700)
Net Inflow/(Outflow) (181700) Net outflow
Dividend Paid (407000)
Total Cash obtain form the bank (588100) i.e 181700+407000
To make the payments.
Assuming that there were no cash at start of the year.
Answer:
0.11 or 11%
Explanation:
The computation of the required rate of return is given below:
Required Rate of Return is
= Next Year Dividend ÷ Current Market Price + Growth Rate
= $3.15 ÷ $52.50 + 0.05
= 0.06 + 0.05
= 0.11 or 11%
working note
Given that
Current Market Price = $52.50
As we know that
Growth Rate = Return on Equity × Retained Earning Ratio
Now
Return on Equity = EPS ÷ Book Value of Share
= $5 ÷ 40
= 12.50%
So,
Retained Earning Ratio is
= 1 - Dividend Payout Ratio
= 1 - 0.60
= 0.40
And,
Dividend Payout Ratio = DPS ÷ EPS
= $3 ÷ $5
= 0.60
Now
Growth Rate = 12.50% × 0.40
= 5%
So,
Next Year Dividend = Dividend Recently paid × (1 + growth rate )
= $3 × 1.05
= $3.15