Prove the following by the principle of mathematical induction:`\ 2. 7^n+3. 5^n-5` is divisi

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"Prove the following by the principle of mathematical induction:`\ 2. 7^n+3. 5^n-5` is "Prove the following by the principle of mathematical induction:`\ 2. 7^n+3. 5^n-5` is
Prove that: `2. 7^n+3. 5^n-5` is divisible by `24` , for all `n in Ndot` Prove that: `2. 7^n+3. 5^n-5` is divisible by `24` , for all `n in Ndot`
Induction Divisibility Induction Divisibility
Example ii). 24 | 2. 7^n + 3. 5^n - 5 Example ii). 24 | 2. 7^n + 3. 5^n - 5
Mathematical induction proof of 2 times 7^2+3 times 5^n-5 is divisible by 24 Mathematical induction proof of 2 times 7^2+3 times 5^n-5 is divisible by 24
By principle of mathematical induction prove that 2.7^n + 3.5^n - 5 is divisible by 24 for all n By principle of mathematical induction prove that 2.7^n + 3.5^n - 5 is divisible by 24 for all n
Prove that `2. 7^n+3. 5^n-5` is divisible by 24, for all `n in N` .... Prove that `2. 7^n+3. 5^n-5` is divisible by 24, for all `n in N` ....
Prove by the principle of mathematical induction: 2.7ⁿ + 3.5ⁿ – 5 is divisible by 24 for all n ∈ N Prove by the principle of mathematical induction: 2.7ⁿ + 3.5ⁿ – 5 is divisible by 24 for all n ∈ N