Answer:
2030
Explanation:
The computation of the total number of new generators including this year is shown below
Given that
(A) = 100
Common Ratio (r) = 1.15
n = 10
Now
Sum of 10 terms Sn is
= A × (r n - 1) ÷ (r - 1)
= 100 × (1.1510 - 1) ÷ (1.15 - 1)
= 100 × 3.0456 ÷ 0.15
= 2030
We simply applied the above formula so that the total number of new generators could come
Answer:Flour should be acquired through a contract.
Explanation: Acquiring flour through a contact will be very important for DonutVille as it will ensure a follow-up and a feedback system where the manager of DonutVille establish a relationship with the company supplying the flour through one of its distributors or agents.
When purchasing of flour is achieved through a contact, it makes the contact a responsible person who will be needed to guarantee the supply of flour on time and to Communicate with the manager of DonutVille should there be any matters arising in the process getting supplies.
Answer:
$360,000
Explanation:
The total cost would be estimated as the expense anticipated plus the property taxes paid previously.
Now
Total Cost = $240,000 Property Taxes paid + $1,200,000 Property repairs anticipated
= $1,440,000
Now we will distribute the annual cost over the four quarters which mean we will divide the total annual cost by 4.
Quarterly Expenses = $1,440,000 / 4 = <u>$360,000</u>
Initial price = $0.88 (Jan. 1980)
Final price = $2.11 (Jan. 2015)
Change in price = $2.11 - $0.88 = $1.23
Percentage rise in price = 100(1.23/0.88) = 139.8% ≈ 140%
The average yearly rise in price = 139.8/(2015-1980) ≈ 4%
Answer:
Total percent rise in price = 140%
Average yearly rise in price = 4%
Answer:
$800 million
Explanation:
GDP = consumption (C) + investment (I) + government spending (G) + Net Export (NX)
Y = C + I + G + NX
The number of computers left is
= 1,000,000 - 200,000 (household) - 300,000 (businesses) - 300,000 (government) - 100,000 (Foreign)
= 100,000
This worth 100,000 × $2,000 = 200 million
300,000 computers × $2,000 = 600 million
Total of these two = 200 + 600 million
= 800 million
Therefore, the value of the investment component of GDP is $800 million.