Steve is good at setting up and managing groups of computers for large cities. In which Information Technology career pathway is he most likely to get a job? Steve would most likely get a job in the computer engineering career field if he is good at setting up and managing groups of computers for large cities. This type of job requires someone who is computer savvy, understands what could happen and how to fix it so a large company that runs in large cities are not without computer access for too long. A computer engineer designs and develops computer systems and other tech devices.
Answer:
Michael does not experience inflation because he only buys Tennis rackets
Explanation:
Inflation is defined as increases in price per unit price.
It is the prolonged increase in the price of goods and services caused by devaluation of currency , demand -pull or cost - push. While a certain degree of inflation can be beneficial to a thriving economy , it can become a threat if it becomes larger.
One of the direct impact of inflation is rise in price of goods and services.
As the price of rackets was not affected by the inflation , that means that Michael was not affected by the inflation.
Answer:
$8,119,048
Explanation:
Given that,
Amount of scholarships = $170,500 per year
Trust fund earns an annual rate of return = 2.1 percent
Let x be the amount contribute to the fund and assuming that only income is distributed,
2.1% of x = Amount of scholarships
0.021x = $170,500
x = $170,500 ÷ 0.021
= $8,119,048
Therefore, the amount of money that is contributed by the George Jefferson to the trust is $8,119,048.
Answer:
$7,986
Explanation:
To calculate the equivalent annual cost for 5 year period at an interest rate of 10% per year we need to go through some minor calculations first.
DATA
Cost in first year (A) = $10,000
Decrease in cost each year after the first year (G) = $560
Interest rate = 10%
Time period = 5 years
Solution
EAC = A - G (A/G, i, n)
EAC = $9,000 - $560(A/G, 10%, 5)
EAC = $9,000 - ($560 * 1.8101)
EAC = $9,000 - $1,013.656
EAC = $7,986
Answer:
Total cost = Total ordering cost + Total holding cost
Total cost = DCo + QH
Q 2
Where
D = Annual demand
Co = Ordering cost per order
Q = EOQ
H = Holding cost per item per annum
D = 40,000 units
Co = $48
H = 18% x $8.00 = $1.44
EOQ = √2DCo
H
EOQ = √2 x 40,000 x $48
$1.44
EOQ = 1,633 units
Explanation:
EOQ equals 2 multiplied by annual demand and ordering cost divided by holding cost per item per annum. The holding cost per item per annum is calculated as holding cost rate multiplied by unit cost.
