Answer:
The present Value of my winnings = $4,578,716.35
Explanation:
An annuity is a series od annual cash outflows or inflows which payable or receivable for a certain number of periods. If the annual cash flow is expected to increase by a certain percentage yearly, it is called a growing annuity.
To work out the the present value of a growing annuity,
we the formula:
PV = A/(r-g) × (1- (1+g/1+r)^n)
I will break out the formula into two parts to make the workings very clear to follow. So applying this formula, we can work out the present value of the growing annuity (winnings) as follows.
A/(r-g)
= 460,000/(12%-3%)
= $5,111,111.11
(1- (1+g/1+r)^n
1 - (1+3%)/(1+12%)^(27)
=0.8958
PV = A/(r-g) × (1- (1+g/1+r)^n)
$5,111,111.11 × $0.8958
= $4,578,716.35
The present Value of my winnings = $4,578,716.35
Answer:
This question is incomplete, the options are missing. The options are the following:
a) Exhibitive.
b) Transit.
c) Direct mail.
d) Outdoor.
e) Print.
And the correct answer is the option A: Exhibitive.
Explanation:
To begin with, the term known as <em>"Exhibitive Media"</em>, in the field of marketing and business, refers to the strategy used by the companies whose approach is in the point of sale marketing. This type of strategy focus on exhibiting the product to the costumer the closer as possible so it will generate an impulse on the client of buying the product without having it thought before seeing the product. A very common example of this strategy is the situation in where the supermarkets fill their lines to the cashier with other retails that have product that are attractive at first sight.
Answer:
The correct answer is D.
Explanation:
Giving the following information:
Central Supply purchased a new printer for $67,500. The printer is expected to operate for nine (9) years, after which it will be sold for salvage value (estimated to be $6,750).
Annual depreciation= 2*[(original cost - residual value)/estimated life (years)]
Year 1= 2*[(67,500 - 6,750)/9]= $13,500
Answer:
a. 863
Explanation:
Calculation for the order quantity
Order quantity = 75 x (10 + 2) + (1.64 x 8) - 50
Order quantity = (75 x 12) + (1.64 x 8) - 50
Order quantity= 900 + 13.12 - 50
Order quantity= 863.12
Order quantity = 863
Therefore the Order quantity will be 863
Answer:
13.86%
Explanation:
34% was invested into stock X with an expected return of 11%
22% was invested into stock Y with an expected return of 18%
44% was invested into stock Z with an expected return of 14%
The expected return on the portfolio can be calculated using the formula below
Expected return= Sum of ( weight of stock×return of stock)
= (0.34×11%)+(0.22×18%)+(0.44×14%)
= 3.74+3.96+6.16
= 13.86%
Hence the expected return on the portfolio is 13.86%
