Answer:
Price of stock- $26
Explanation:
<em>Using te dividend valuation model, the price of a stock is the present value of the future cash flows expected from the stock discounted at the required rate of return.</em>
Where a stock is expected to pay dividend growing at a specific rate, the price of the stock can be dertermined as follows:
Price = D(1+g)/(ke-g)
D -dividend payable now,
Ke-required rate of return,
g - growth rate in dividend
So we can work out the price as follows:
Price = 1.25( 1+0.04)/(0.09-0.04)
= $26
Price =$26
Answer:
The correct answer is c) $9,000
Explanation:
If net credit sales are $300,000 and bad debt expense is estimated at 3% of net credit sales.
$300,000 x 3%= $9,000
or
$300,000 x 0.03= $9,000
The amount of the adjusting entry to record the estimated uncollectible accounts receivables is $9,000
Answer: $36,000
Explanation:
First calculate the Equivalent Units of Production;
= 21,000 + (3,000 * 40%)
= 21,000 + 1,200
= 22,200 units
Then find the cost of each units.
= Total production cost/ Equivalent units of production
= 666,000/22,200
= $30 per unit
Then the cost of ending Goods in Process Inventory is:
= Equivalent ending process inventory units * cost per unit
= 1,200 * 30
= $36,000
Answer:
D.
Explanation:
Based on the scenario being described within the question it can be said that when allocating funds, the firm should probably assign the highest cost of capital to division Z because it is most likely the riskiest of the three divisions. This is because Division Z focuses on research and development which means that they might not actually discover or create something that can bring value to the company and is therefore highly risky.
Answer:
2.20
Explanation:
The Price elasticity will be:
Δdemand/ΔPrice
<u>The mid point is used to calculate the increases.</u>
Δdemand = ΔQ/midpointQ
(Q2+Q1)/2 = mid point quantity = (300+ 200)/2 = 250
ΔQ = 300-200 = 100
Δdemand = 100/250 = 0.4
<u>Same procedure is applied with the Price numbers:</u>
Δprice = ΔP/midpointP
(P2+P1)/2 = mid point price = (3+ 2.5)/2 = 2.75
ΔP = 2.5-3 = 0.5
Δprice = 0.5 / 2.75 = 0.181818
FInally we calculate the price elasticity:
Δdemand/ΔPrice
0.4/0.1818181818 = 2.2
