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Worksheets

Simple & Compound Interest Calculations

Total questions: 23

Worksheet time: 12mins

Name
Class
Date
1.

What is Simple Interest?

a)

Simple Interest is the amount of money charged on a loan or earned on an investment over time.

b)

Simple Interest is a complex calculation involving multiple variables.

c)

Simple Interest is the interest calculated on the initial principal and also on the accumulated interest of previous periods.

d)

Simple Interest is a type of interest that compounds monthly.

2.

What is the formula for Simple Interest?

a)

I = P × R × T

b)

I = P + R + T

c)

I = (P × R) / T

d)

I = P × R × T / 100

3.

In the formula I = P × R × T, what does 'P' stand for?

a)

Principal amount (initial loan or investment)

b)

Power

c)

Pressure

d)

Perimeter

4.

Jake borrows $5,000 at an 8% interest rate for 3 years. How much interest will he pay?

a)

$1,200

b)

$1,000

c)

$1,500

d)

$1,600

5.

Calculate the simple interest using the formula I = P × R × T. If P = $1000, R = 5%, and T = 2 years, what is the interest?

a)

$100

b)

$90

c)

$110

d)

$120

6.

What is the total amount to be paid if the principal is 1000andtheinterestis1000 and the interest is 100?

a)

$1100

b)

$1000

c)

$1200

d)

$1050

7.

Rearrange the formula I = P × R × T to find P. What is the formula?

a)

P = I / (R × T)

b)

P = I × R × T

c)

P = I / R × T

d)

P = I × (R × T)

8.

Which of the following is a quick tip for success when calculating interest?

a)

Always convert interest rates to decimals.

b)

Ignore time units.

c)

Use unclear steps.

9.

Explain how you would apply the formula I = P × R × T to a real-life business loan scenario.

a)

By calculating the interest on a loan using the principal amount, interest rate, and time period.

b)

By determining the total loan amount needed for a business.

c)

By assessing the risk factors involved in a business loan.

d)

By evaluating the creditworthiness of a business.

10.

What is compound interest calculated on?

a)

Only the original principal

b)

Only the accumulated interest

c)

Both the original principal and the accumulated interest

d)

None of the above

11.

Fill in the blank: Compound interest grows faster than simple interest because it earns interest on ________.

a)

interest

b)

principal

c)

time

d)

rate

12.

What does 'A' represent in the compound interest formula?

a)

Final amount after interest

b)

Principal amount

c)

Rate of interest

d)

Time period

13.

The significance of 'n' in the compound interest formula is:

a)

The number of times interest is compounded per year

b)

The principal amount

c)

The rate of interest

d)

The total time period

14.

The formula for compound interest is:

a)

A = P(1+r/n)(nt)P(1 + r/n)^{(nt)}

b)

A = P + Prt

c)

A = P(1 + rt)

d)

A = P(1−r/n)(nt)P(1 - r/n)^{(nt)}

15.

What is the formula for calculating the amount (A) in compound interest?

a)

A) A=P(1+r/n)(nt)A = P(1 + r/n)^{(nt)}

b)

B) A = P(1 + rt)

c)

C) A = P(1−r/n)(nt)P(1 - r/n)^{(nt)}

16.

Fill in the blank: The missing Rate (R) is (a)   %.

17.

Using the formula T = I / (P × R), calculate the time (T) if I = 6750, P = 25000, and R = 0.09.

a)

2 years

b)

3 years

c)

4 years

18.

What is the value of 'n' for annual compounding?

a)

n = 1

b)

n = 2

c)

n = 4

d)

n = 12

19.

What is the value of 'n' for semi-annual compounding?

a)

n = 2

b)

n = 1

c)

n = 4

d)

n = 12

20.

What is the value of 'n' for quarterly compounding?

a)

n = 4

b)

n = 2

c)

n = 12

d)

n = 1

21.

What is the value of 'n' for monthly compounding?

a)

n = 12

b)

n = 4

c)

n = 1

d)

n = 365

22.

What is the value of 'n' for daily compounding?

a)

n = 365

b)

n = 12

c)

n = 52

d)

n = 1

23.

Which type of interest grows faster over time?

a)

Simple interest

b)

Compound interest