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Post Closed as "Not suitable for this site" by Andrés E. Caicedo, Max Alekseyev, kodlu, Tom De Medts, Stopple
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C. Simon
C. Simon
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Prove that Calculate the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$ is 1

Prove thatHow to calculate the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$ is $1$, where $n$ and $m$ are positive numbers.

We guess that: the great common factor is $1$.

Prove that the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$ is 1

Prove that the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$ is $1$, where $n$ and $m$ are positive numbers.

Calculate the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$

How to calculate the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$, where $n$ and $m$ are positive numbers.

We guess that: the great common factor is $1$.

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C. Simon
C. Simon
  • 577
  • 2
  • 7

Prove that the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$ is 1

Prove that the great common factor between $2^{2n+1}-1$ and $2^{4m+2}+1$ is $1$, where $n$ and $m$ are positive numbers.