Answer:
It will take 10 years to have $20,000 on investment of $10,000.
Explanation:
Annual Rate of return = r = 7%
Compounded Value / Future Value = FV = $20,000
Investment Value / Present Value = PV = $10,000
Use Future value formula to solve this question:
Future Value = Present Value x ( 1 + Number of Year )^Number of year
FV = PV x 
$20,000 = $10,000 x 
=
$2 = 
Log 2 = n log 1.07
0.30 = n x 0.03
n = 
n = 10.00
n = 10 year (rounded off to nearest year )
It will take 10 years to have $20,000 on investment of $10,000.
Answer:
Task performance
routine
adaptive
creative task
Explanation:
Task performance
This is a performance assessment system that measures the way and manner a specific task was carried out. This can cover observable work-related behavioral pattern or time and accuracy of task
Routine Task performance
This is a performance assessment technique that involves popular attitude to normal demands or routine.
Adaptive Task performance
This deals with employees behavior towards certain, predictable and unusual job.
Creative Task Performance
This is the development of a useful ideas that can be deployed in both routine and adaptive task.
Answer: Marginally - attached worker
Explanation: While calculating the underemployment rate the government usually includes three groups these are : unemployed workers who are actively looking for work; involuntarily part-time workers and marginally attached workers who want and are available to work , but have given up actively looking.
Therefore Pete would lie under the category of<u><em> marginally attached worker who want and are available to work , but have given up actively looking.</em></u>
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First, you have to calculate the amount of tuition when the student reaches age 18. Do this by multiplying $11,000 by 1.07 each year from age 12 until it reaches age 18. Thus, 7 times.
At age 18: 16,508
At age 19: 17,664
At age 20: 18,900
At age 21: 20,223
Then, we use this formula:
A = F { i/{[(1+i)^n] - 1}}
where A is the monthly deposit each year, F is the half amount of the tuition each year illustrated in the first part of this solution, n is the number of years lapsed.
At age 18:
A = (16508/2) { 0.04/{[(1+0.04)^6] - 1}} = $1,244.389 deposit for the 1st year
Ate age 19
A = (17664/2) { 0.04/{[(1+0.04)^7] = $1,118 deposit for the 2nd year
At age 20:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $1,025 deposit for the 3rd year
At age 21:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $955 deposit for the 4th year
