Answer: Business case
Explanation: In other to eliminate the dilemma posed by having to allocate resources particularly in those which are not readily available in abundance or having to choose between two or more different options, tasks or projects, managers are often faced with a decision dilemma which are is usually analysed by making a business case in other to identify the modalities attached with each project or task on the basis of risk, benefit attached, cost, timing of such projects and so on. This will enable managers to arrive at a reasonable justification to choose an option over the other which will yield a longterm return or benefit to the organization.
<span>To find the compound interest of an investment you have to use this formula, A = P(1 + r/n)^nt, where A is the total amount you have after the investment period, P is the amount you invest or the amount you put in, r is the rate of the of the compound interest in this case 10%, n is the amount of time the interest will be compounded for example, 4 months a year(quarterly) or 6 months a year(semi annually), and t is the amount of time you invest in years.
So in this case you are going to substitute everything in the formula with their given value. So P = $700, r = 10%, n = 21 (because it is the number of months we invest for), and t = 2 years (because 21 months fit perfectly in 2 years, and t must always be in years). The resulting formula will be A = $700(1 + 0.1/21)^(21 x 2), which will give you an answer of $855 rounded to the nearest dollar.</span>
Answer:
Explanation:
Please have a look at the attached photo below
We know the formula of the price elasticity of demand:
<em>percentage change of quantity demanded/percentage change of price </em>
Given:
- P1: $2.65 => D1 (quantity sugar-free gummy bears) = 181 and O1 (quantity ordinary gummy bears) =485
- P2: $3.05=>D2 (quantity sugar-free gummy bears) = 157 and O2 (quantity ordinary gummy bears) =273
So:
= %ΔD / %ΔP
= (ΔD/
(D1+D2) ) / (ΔP/
(P1+P2))
= (181-175) /
( 157+181 ) : (3.05 -2.65)/
( 3.05 +2.65 )
=
:
= 0.24
= %ΔO / %ΔP
= (ΔO/
(O1+O2) ) / (ΔP/
(P1+P2))
= (273-485) /
( 273+485) : (3.05 -2.65)/
( 3.05 +2.65 )
=
:
=- 3.9
Answer:
XX date. Acquisition of land in exchange for treasury stock.
Dr Land $1,550,000
Cr Treasury Stock $1,325,000
Cr Paid in Capital $225,000
Explanation:
Since the corporation uses the cost method, the transaction is recorded at purchase value regardless of current stock price.
treasury stock = 25,000 x $53 = $1,325,000
paid in capital = ($62 - $53) x 25,000 = $225,000
cost of the land = $1,325,000 + $225,000 = $1,550,000
Answer:
It will take 2 years and 344 days to cover for the initial investment.
Explanation:
Giving the following information:
Initial investment= $7,000
Cash flow year 1 trough 3= $3,600
<u>The payback period is the time required to cover for the initial investment:</u>
Year 1= 3,600 - 7,000= -3,400
Year 2= 3,600 - 3,400= 200
<u>To be more accurate:</u>
(3,400/3,600)*365= 344
It will take 2 years and 344 days to cover for the initial investment.