Answer:
Instructions are below.
Explanation:
Giving the following information:
Value at 18= $4,909
Interest rate= 3%
To calculate the final value, we need to use the following formula:
FV= PV*(1+i)^n
A) Number of years= 7
FV= 4,909*(1.03^7)= $6,307.45
B) Number of years= 47
FV= 4,909*(1.03^47)= $19,694.39
C) Finally, we need to determine the original investment. We need to isolate the present value from the formula:
PV= FV/(1+i)^n
PV= 4,909/(1.03^18)
PV= $2,883.52
Is Google analytics Exam question. The correct answer is:
New vs Returning report
Explanation: http://www.certificationanswers.com/en/which-report-helps-you-determine-the-percent-of-your-site-tra...
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: $17.28
Explanation:
6 month free concession in first year drops rent to:
= 20 / 2
= $10
Effective rent = [Present value of Year 1 rent + Present value of Year 2 rent + Present value of Year 3 rent ] / [ 1 - (1 / (1 + rate)^ number of years) / rate]
= [(10 / (1 + 10%) ) + (21 / (1 + 10%)²) + (22 / (1 + 10%)³)] * [1 - (1 / (1 + 10%)³/ 10%)]
= (9.09 + 17.355 + 16.5289) / 2.48685
= $17.28
Answer:
775 units
Explanation:
By forecast,
June sales = 400 units
July sales = 700 units
if ending inventory equal to 125% of next month's sales
Then June's ending inventory = 125% × 700
= 875 units
May's ending inventory = 125% × 400
= 500 units
Opening inventory + production - sales = closing inventory
Using the formula above, where p = production
500 + p - 400 = 875
p = 875 - 100
p = 775
Production required for June is 775 units.
