Answer:
B
Explanation:
Net present value is a tool used to analyze how profitable a project by deducting the present value the difference between cash inflow and cash outflow over a period of time.
The formula is (cash flow)/(1+r)^i
Revenue - $750,000
Expenses - $650,000
Increase in net income - 100,000
Annual depreciation charge - 650000/5 =$130,000
Discount rate - 12%=3.605
Present cash value =( $100,000+$130000) = $230,000
Please note that depreciation is added back as it is a non cash expenses
Present value of cash flow = annual cash flow * discount rate
=$230,000*3.605 =829,150
Net present value = 829150-650000= 179,150
Answer:
$961.42
Explanation:
firstly, we calculate the clean clean price below:
FV= 1,000
PMT= 40 (80 / 2)
I= 4.5 (9 / 2)
N= 14 (7 × 2)
Thus, PV= 948.89
Accrued Interest = coupon × (days since last payment/days in current coupon period)= 40 × (57 / 182) = 12.53
conclusively, dirty price = 948.89 + 12.53 = 961.42
<span>Right of association-Gradpoint</span>
Answer:
the answer is electrical work
Explanation:
um I just looked it up to be honest
Answer:
11%
Explanation:
To address this exercise, we need to recall the formula for dividend discounted model (DDM). The DDM is stated as below:
Stock intrinsic value = Next year dividend/(Required rate of return - Long term growth)
Rearrange a bit this formula, we have:
Next year dividend/Stock intrinsic value = Required rate of return - Long term growth, or
Dividend yield = Required rate of return - Long term growth
Putting all the number together, we have:
6.4% = Required rate of return - 4.6% or Required rate of return = 11%
