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Solution - Compound interest (basic)

481089.31
481089.31

Other Ways to Solve

Compound interest (basic)

Step-by-step explanation

1. Parse compound interest input

ci(22560,12,1,27)

Operation detected: compound interest basic.

ci(22560,12,1,27)

Read the input parameters and label them as P,r,n,t.

P=22560,r=12%,n=1,t=27

12100=0.12

Use the standard compound-interest model with periodic compounding.

A=P(1+r/n)(nt)

Plan: compute periodic rate and number of periods, then evaluate the growth factor.

Nextcomputer/n,nt,and(1+r/n)(nt).

Parse the input values as P=22,560, r=12%, n=1, and t=27; then select A=P(1+r/n)(nt).

2. Compute period rate and growth factor

rn=0.12

nt=27

(1+r/n)(nt)

Substitute the computed values into the growth-factor expression.

(1+r/n)(nt)

(1+0.12)27=21.3248807917

The growth factor is ready; now multiply by the principal.

21.3248807917

Convert annual rate to decimal, compute rn and nt, then evaluate (1+r/n)(nt).

3. Conclude final amount

A=481089.31

481089.31

Conclusion: this is the accumulated amount after compounding.

481089.31

Study tip: keep rate and time units consistent (annual rate with periods per year).

481089.31

Multiply the principal by the growth factor to get the final amount A.

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Compound interest appears in savings, loans, and investments. Understanding it builds strong financial literacy.