Answer: $8.81
Explanation:
To solve this, add the present values of the dividends from years 3, 4 and 5 and then add the present value of the terminal value of the stock at year 5.
Year 3 dividend = $0.50
Year 4 dividend = 0.50 * (1 + 49%) = $0.745
Year 5 dividend = 0.745 * 1.49 = $1.11005
= Dividend in year 3 / (1 + required rate of return)³ + Dividend in year 4 / (1 + required rate of return)⁴ + Dividend in year 5 / (1 + required rate of return)⁵ + (Dividend in year 5 * (1 + growth rate) / ( required rate of return - growth rate ) ) / (1 + required rate of return)⁵
= 0.5 / 1.16³ + 0.745/1.16⁴ + 1.11005/1.16⁵ + ( 1.11005 / (16% - 9%)) / 1.16⁵
= $8.81
Pretty sure its co-pay.
i may be wrong, i don't take business yet.
Answer:
Balance = $1,650
Explanation:
As Norma company has paid 4 months rent in advance, therefore at the end of June, norma company will record its 1-month expense as follows
Adjusting entry at the end of June would be
DEBIT CREDIT
Entry
Rent Expense $550
Prepaid Rent $550
The balance on Norma's prepaid expense would be
Prepaid Rent = $2200
Rent Expense = ($550)
Balance = $1,650
Answer: Correct. When there is an increase in supply and an increase in demand, the new equilibrium quantity increases but whether the equilibrium price increases or decreases is unknown.
Explanation:
When the demand for the shoes increased, it had the effect of shifting the demand curve to the right. At the same time, with six more firms coming into the market, the supply increased as well which had the effect of shifting the supply curve right as well.
The new equilibrium as a result of these movements will see the quantity increase. However, due to the shift of both the supply and the demand curve in the same direction, it is uncertain if the price will change or not.
The general rule is that if the rise in supply is more than rise in demand then the price will decrease. If they rise by the same amount then price will remain the same. It shows therefore that if both supply and demand rise at the same time, the effect on equilibrium price is unknown.