Answer:
e
Explanation:
the present value factor is the discount rate used to determine the present value of the investment
pv factor = 1 / (1 + r)^n
1 / 1.15^3 = 0.6575
Answer and Explanation:
Given that the dividend will grow at 20% for two years and then a constant 6% at third year
1st year dividend at 20%= $3
Present value of the dividend for the first year=PV factor at 15%(from table) = $2.61
2nd year dividend at 20% = $3.60
Present value of the dividend for the second year = PV factor at 15%(from table) $2.72
3rd year dividend at 6% growth rate =
$42.40
Present value of the dividend for the third year = PV factor at 15% = $32.06
Current price of the stock =$2.61+$2.72+$32.06
=$37.39
Answer:
B. $42,000
Explanation:
Trade receivables refers total amounts that customers of a company are owing the company for goods or services sold to them.
For Michael Co., this can be calculated as follows:
Michael's total trade receivables = 3-month note due from Michael's main customer + Due and unpaid from this month's sales + Due and unpaid from last month's sales
Therefore, we have:
Michael's total trade receivables = $12,000 + $19,000 + 11,000 = $42,000.
Therefore, Michael's total trade receivables is $42,000.
Answer:
If the effective tax rate increases then the net savings coming from investments will get lowered as a result the investment will have higher payback period (The increase in effective tax rate would lower demand of the product which means there is decline in net saving arising from the sale of the product). Likewise this decrease in annual net savings will also decrease the internal rate of return which shows that their are increased chances of project rejections. The NPV method is based on cash flows and relevant costing just like IRR and payback method but the only difference is that it assumes that the cash earned would be reinvested at cost of capital. The NPV will also decrease due to increased effective tax rate.
Both y and x is the correct answer