Show that 10^n+3 ×4^n+2+5 is divisible by 9 where, n is a posi…

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`10^n + 3(4)^(n+2)+5, n in N` is divisible by 9. `10^n + 3(4)^(n+2)+5, n in N` is divisible by 9.
6. Fast Math Solutions: Prove that 10^n+3.4^{n+1}+5 is divisible by 9 for all natural numbers. 6. Fast Math Solutions: Prove that 10^n+3.4^{n+1}+5 is divisible by 9 for all natural numbers.
Prove that for `n in N ,10^n+3. 4^(n+2)+5` is divisible by `9` . Prove that for `n in N ,10^n+3. 4^(n+2)+5` is divisible by `9` .
Induction Divisibility Induction Divisibility
Prove that 9/10^n+3.4^(n+2)+5 ||14/3^(4n+2)+5^(2n+1)|| 64/7^2n +16n-1 Prove that 9/10^n+3.4^(n+2)+5 ||14/3^(4n+2)+5^(2n+1)|| 64/7^2n +16n-1
XI Principle of Mathematical Induction Prove that for n ∈ N 10^n + 3 4^n+2 + 5 is divisible by 9 XI Principle of Mathematical Induction Prove that for n ∈ N 10^n + 3 4^n+2 + 5 is divisible by 9
\( n \in N, 10^{n}+3.4^{n+2}+5 \) is divisible by (A) 23 (B) 3 (C) 9 (D) 207 \( n \in N, 10^{n}+3.4^{n+2}+5 \) is divisible by (A) 23 (B) 3 (C) 9 (D) 207
Prove for n≥1, (10^n)+3(4^(n+2))+5 is divisible by 9 by using Principle of Mathematical Induction Prove for n≥1, (10^n)+3(4^(n+2))+5 is divisible by 9 by using Principle of Mathematical Induction