Answer:
The percent error would be 27.27%
Step-by-step explanation:
percent error = \frac{measured - actual}{actual} x 100%
<em>(If one square on the graph = one centimeter)</em>
<u>b = 10cm</u>
<u>b = 10cmh = 10cm</u>
Area:




The answer is 1.072, just slide the decimal point over
Answer:
$2,753.79
Step-by-step explanation:
Compound Interest Formula

where:
- A = final amount
- P = principal amount
- r = interest rate (in decimal form)
- n = number of times interest applied per time period
- t = number of time periods elapsed
Given:
- P = $2,000
- r = 3.25% = 0.0325
- n = 1
- t = 10
Substitute the given values into the formula and solve for A:



Therefore, the value of the investment after 10 years will be $2,753.79 to the nearest cent.
3750(0.20)=$750
1/5 as a percent is 20% and as a fraction it is 0.20