Answer:
Intrinsic value of the stock = $46.67
Explanation:
D1 = $7
Required return = 30%
Growth rate = 15%
Intrinsic value of the stock = D1 / (Required return - Growth rate)
Intrinsic value of the stock = $7/(0.3 - 0.15)
Intrinsic value of the stock = $7 / 0.15
Intrinsic value of the stock = $46.67
Answer:
The correct answer is $9187.5.
Explanation:
According to the scenario, the given data are as follows:
Asset cost = $140,000
Residual value = $42,000
Life period = 8 years
So, Annual depreciation can be calculated by using following method:
Annual depreciation = ( Asset cost - Residual value) ÷ Life period
= ($140,000 - $42,000) ÷ 8
= $12,250
As depreciation is to be recorded till Dec.31
So, total time period = Apr - Dec = 9 months
So, Depreciation expense till Dec.31 = $12,250 × (9 ÷ 12)
= $9,187.5
Hence, Depreciation expense till Dec.31 is $9,187.5.
Answer:
-$264,000
Explanation:
The net cash flows from investing activities for the year is presented below
Cash flow from investing activities
Purchase of equipment -$260,000
Proceeds from the sale of equipment $87,000
Purchase of land -$91,000
Net cash flow used by investing activities -$264,000
The purchase is a cash outflow so it would be shown in a minus sign whereas sales is a cash inflow so it would be added
Answer:
Variable Cost per hour is $4.86
Explanation:
given data
Highest Cost = $27,049
Lowest Cost = $19,772
Highest Cost Driver = 4,168 hours
Lowest Cost Driver = 2,672 hours
solution
we get here Variable Cost per hour that is express as
Variable Cost per hour = (Highest Cost - Lowest Cost) ÷ (Highest Cost Driver - Lowest Cost Driver) ......................1
put here value and we get
Variable Cost per hour = 
Variable Cost per hour = 
Variable Cost per hour = 4.86
so Variable Cost per hour is $4.86
