I’m not pretty sure about this answer but in my opinion it’s B
Answer:
Vo = <u>C1 </u> + <u>C2 + V2</u>
1 + k (1 + K)2
Vo = <u>$129,600 </u> + <u>$129,600 + $3,200,000</u>
1 + 0.14 (1 + 0.14)2
Vo = $113,684.21 + $2,562,019.08
Vo = $2,675,703.29
The correct answer is C
Explanation:
The current value of the business equals cashflow in year 1 divided by 1 + K plus the aggregate of cashflow and sales value in year 2 divided by 1 + k raised to power 2.
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
Answer:
a. $343.7 billion
b. $331.9 billion
c. $334.1 billion
Explanation:
The computation is shown below:
a. For GDP
GDP = Personal consumption expenditures + Government purchases + Net private domestic investment + Consumption of fixed capital + net exports
where,
Net exports = U.S. exports of goods and services - U.S. imports of goods and services
= $17.8 - $16.5
= $1.3 billion
So, the GDP would be
= $219.1 + $59.4 + $52.1 + $11.8 + $1.3
= $343.7 billion
b. For NDP
NDP = GDP - Consumption of fixed capital or depreciation
= $343.7 - $11.8
= $331.9 billion
c. For NI
NI = GDP + Net foreign income
= $331.9 billion + 2.2 billion
= $334.1 billion
All values are in billions
Answer:
Occupancy Index = 99.84 % (Approx)
Explanation:
Given:
Occupancy rate = 78%
Total available room = 160,000
Total sold room = 125,000
Find:
Occupancy Index
Computation:
Occupancy Index = 78(160,000/125,000)
Occupancy Index = 99.84 % (Approx)