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Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct :
P is equal to Si * 100 / R * t
R is equal to Si * 100 / p * t
T is equal to Si * 100 / p * r?
P is equal to Si * 100 / R * t
R is equal to Si * 100 / p * t
T is equal to Si * 100 / p * r?
Most Upvoted Answer
Check whether the following formulas derived from the formula SI = P m...
Understanding Simple Interest Formula
The formula for Simple Interest (SI) is given by:
SI = P * R * T / 100
Where:
- P = Principal amount
- R = Rate of interest per annum
- T = Time in years
Let's verify the derived formulas for P, R, and T.
1. Formula for P
The derived formula is:
P = SI * 100 / (R * T)
Verification:
- Start with the original formula: SI = P * R * T / 100
- Rearranging gives us: P = SI * 100 / (R * T)
Conclusion: This formula is correct.
2. Formula for R
The derived formula is:
R = SI * 100 / (P * T)
Verification:
- From SI = P * R * T / 100, we can rearrange it to solve for R:
- R = SI * 100 / (P * T)
Conclusion: This formula is also correct.
3. Formula for T
The derived formula is:
T = SI * 100 / (P * R)
Verification:
- Starting again from SI = P * R * T / 100, we can rearrange it to isolate T:
- T = SI * 100 / (P * R)
Conclusion: This formula is also correct.
Summary
All derived formulas for P, R, and T from the original Simple Interest formula are accurate. Understanding these relationships helps in calculating any of the variables when the other two are known.
The formula for Simple Interest (SI) is given by:
SI = P * R * T / 100
Where:
- P = Principal amount
- R = Rate of interest per annum
- T = Time in years
Let's verify the derived formulas for P, R, and T.
1. Formula for P
The derived formula is:
P = SI * 100 / (R * T)
Verification:
- Start with the original formula: SI = P * R * T / 100
- Rearranging gives us: P = SI * 100 / (R * T)
Conclusion: This formula is correct.
2. Formula for R
The derived formula is:
R = SI * 100 / (P * T)
Verification:
- From SI = P * R * T / 100, we can rearrange it to solve for R:
- R = SI * 100 / (P * T)
Conclusion: This formula is also correct.
3. Formula for T
The derived formula is:
T = SI * 100 / (P * R)
Verification:
- Starting again from SI = P * R * T / 100, we can rearrange it to isolate T:
- T = SI * 100 / (P * R)
Conclusion: This formula is also correct.
Summary
All derived formulas for P, R, and T from the original Simple Interest formula are accurate. Understanding these relationships helps in calculating any of the variables when the other two are known.
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Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r?
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Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r? for Class 7 2024 is part of Class 7 preparation. The Question and answers have been prepared according to the Class 7 exam syllabus. Information about Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r? covers all topics & solutions for Class 7 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r?.
Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r? for Class 7 2024 is part of Class 7 preparation. The Question and answers have been prepared according to the Class 7 exam syllabus. Information about Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r? covers all topics & solutions for Class 7 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Check whether the following formulas derived from the formula SI = P multiplied by R multiplied by T/ 100 are correct : P is equal to Si * 100 / R * t R is equal to Si * 100 / p * t T is equal to Si * 100 / p * r?.
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