Answer:
Instructios are listed below
Explanation:
Giving the following information:
Assume Pinkie started the year with 100 containers of ink (average cost of $ 9.10 each, FIFO cost of $ 8.60 each, LIFO cost of $ 8.00 each).
During the year, the company purchased 800 containers of ink at $10.00 and sold 600 units for $21.75 each. Pinkie paid operating expenses throughout the year, a total of $ 5,000.
FIFO:
Sales= 600*21.75= 13,050
COGS= (100*8.60 + 500*10)= 5860
Gross profit= 7190
Operating expense= 5000
Net operating profit= $2,190
LIFO:
Sales= 13,050
COGS= (600*10)= 6000
Gross profit= 7,050
Operating expense= 5000
Net operating profit= $2,050
Average-cost
Sales= 13,050
COGS= [(9.10+10)/2]*600= 5730
Gross profit= 7,320
Operating expense= 5000
Net operating profit= $2,320
Answer:
It increases the chance that the investment will lose all value.
Explanation:
If you go for a risky investment, it could increase the chance of it being a waste of time and money to sum it all up. But the answer you seek is, "It increases the chance that the investment will lose all value."
Answer:
Risk-free rate (Rf) = 8%
Return on market portfolio (Rm) = 15%
Beta (β) = 1.2
Ke = Rf + β(Rm - Rf)
Ke = 8 + 1.2(15 - 8)
Ke = 8 + 1.2(7)
Ke = 8 + 8.4
Ke = 16.40%
Earnings per share (EPS) = $10
Current dividend paid (Do) = 40% x $10 = $4
Retention rate (b) = &6/$10 x 100 = 60% = 0.6
ROE (r) = 20% = 0.2
Growth rate (g) = b x r
= 0.6 x 0.2
= 0.12 = 12%
Current market price (Po)
= Do<u>(1 + g) </u>
Ke - g
= $4<u>(1 + 0.12)</u>
0.1640 - 0.12
= $4<u>(1.12)</u>
0.044
= $101.82
Explanation:
First and foremost, we need to calculate the cost of equity based on capital asset pricing model. Then, we will determine the growth rate, which is a function of retention rate (b) and return on equity(r).
Finally, we will calculate the current market price, which is dividend paid, subject to growth, divided by the excess of cost of equity over growth rate.
Answer:
4.18%
Explanation:
The formula for used for this calculation is given as
Future value = Present( Initial) value (1 + r)ⁿ
Where n = number of years of the investment = 13 years
Future value (Amount of the investment after 13 years)= $5,280
Present ( Initial) value (Amount of the investment before 13 years) = $3,100
r = rate of return
The formula for r is derived as:
r = (Future value/ Present (initial) value)¹/ⁿ- 1
r = ($5,280/$3,100)¹/¹³ - 1
r = 1.0418139573 - 1
r = 0.0418139573
r is always in percentage format
r = 0.0418139573 × 100
r= 4.18139573%
Approximately, the rate of return annually for 13 years = 4.18%
Answer:
it gives you white particulates so it is a heterogeneous mixture
