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For all ninNN, prove by principle of mat...

For all `ninNN`, prove by principle of mathematical induction that,
`12^(n)+25^(n-1)` is divisible by 13.

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CHHAYA PUBLICATION-MATHEMATICAL INDUCTION -Exercise
  1. For all ninNN, prove by principle of mathematical induction that, 2*...

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  2. For all ninNN, prove by principle of mathematical induction that, 15...

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  3. For all ninNN, prove by principle of mathematical induction that, 12...

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  4. For what natural numbers n the inequality 2^(n)gt2n+1 is valid ?

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  5. 3^(2n+2)-8n-9 is divisible by

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  6. If ninNN, then by principle of mathematical induction prove that, 10...

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  7. If ninNN, then by principle of mathematical induction prove that, 3^...

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  8. If ninNN, then by principle of mathematical induction prove that, 3^...

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  9. If ninNN, then by principle of mathematical induction prove that, 7+...

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  10. If ninNN, then by principle of mathematical induction prove that, 1+...

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  11. If ninNN, then by principle of mathematical induction prove that, 1^...

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  12. If ninNN, then by princuple of mathematical induction prove that, (1...

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  13. If ninNN, then by princuple of mathematical induction prove that, (n...

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  14. If ninNN, then by princuple of mathematical induction prove that, n*...

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  15. If ninNN, then by principle of mathematical induction prove that, Pr...

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  16. If ninNN, then by principle of mathematical induction prove that, Us...

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  17. If ninNN, then by princuple of mathematical induction prove that, 2+...

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  18. If ninNN, then by principle of mathematical induction prove that, .^...

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  19. If x and are two real numbers, then prove by mathematical induction th...

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  20. By induction method prove that, (a^(n)+b^(n)) is divisible by (a+b) wh...

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