Option 1: PV = $400,000
Option 2: Receive (FV) $432,000 in one year
PV = FV(1/(1+i)^n), where i= 8% = 0.08, n = 1 year
PV = 432,000(1/(1+0.08)^1) = $400,000
Option 3: Receive (A) $40,000 each year fro 20 years
PV= A{[1-(1+i)^-n]/i} where, n = 20 years
PV = 40,000{[1-(1+0.08)^-20]/0.08} = $392,725.90
Option 4: Receive (A) $36,000 each year from 30 years
PV = 36,000{[1-(1+0.08)^-30]/0.08} = $405,280.20
On the basis of present value computations above, option 4 is the best option for Kerry Blales. This option has the highest present value of $405,280.20
Answer:
Common stock dividend distributable = Par * Number of shares * % dividend
= 13 * 46,500 * 15%
= $90,675
Stock Dividend = Number of shares * market price * % dividend
= 46,500 * 18 * 15%
= $125,550
Date Account Title Debit Credit
Dec, 1 Stock Dividend $125,550
Common Stock Dividend Distributable $90,675
Paid in Capital in excess of Par- $34,875
Common stock
Date Account Title Debit Credit
Dec, 31 Common Stock Dividend Distributable $90,675
Common Stock $90,675
Answer: True, this process is the controlling of managerial function
Explanation: Being manager of a large retail chain, means she has a lot of work to do. It requires her as a manager to set goals and make sure they are achieved. When she noticed the underperforming in two stores, she sets a meeting with the manager so as to come up with a corrective action to the underperforming stores. By her doing that, she has done controlling of managerial function.
