Answer:
$1,815,000
Explanation:
First we must determine the gross income = $2,000 x 10 units x 12 months = $240,000
minus the vacancy rate = $240,000 x 5% = $12,000
minus the annual expense = $10,200
net income = $240,000 - $12,000 - $10,200 = $217,800
to calculate the maximum amount that the investor should pay we must divide the net income by the expected rate of return = $217,800 / 12% = $1,815,000
When you are calculating a project's price (buying this asset is an investment project), depreciation and debt service are not included in the calculations.
Spend carefully use discounts monitor your spending create list on how much you spend etc.
Answer:
PV = $27,263.15
It will be needed to deposit the lump sum of $27,263.15
Explanation:
The question is asking for how much will you need to deposit in a lump sum today to withdraw for seven years the sum of $5,600 with an interest rate of 10%
In other words it is asking us for the preset value of an annuity of $5,600 with interest of 10%
Using the present value of an annuity formula of $1 we can solve for the present value of that annuity, which is the amount needed to generate this annuity
We post our knows value and solve it:
PV = $27,263.15
Answer:
$18.3 million
Explanation:
Financing activities: It includes those activities which comes under the long term liabilities and shareholder equity balance. The issue of shares is an inflow of cash whereas redemption, dividend, and the purchase of treasury stock is an outflow of cash.
The computation of the amount reported as a net cash flows from financing activities is shown below:
Cash flow from Financing activities
Issuance of common stock $38.6 million
Less: Purchase of treasury stock -$20.3 million
Net Cash flow from Financing activities $18.3 million
The answer is <span>A. to develop the central idea of hiking preparedness</span>
