Fermat's Little Theorem
If
is prime then
for all natural numbers
. The number at the bottom of the display is
.
Contributed by:
Michael Schreiber
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Fermat's Little Theorem
(
Wolfram
MathWorld
)
"
Fermat's Little Theorem
" from
The Wolfram Demonstrations Project
http://demonstrations.wolfram.com/FermatsLittleTheorem/
Contributed by:
Michael Schreiber
Algebra
Cryptography
Discrete Mathematics
Identities
Number Theory
Prime Numbers
The Bouniakowsky Conjecture
Dirichlet's Theorem
Laws of Exponents
Gaps between Consecutive Primes
Matrix Rank of Arrays in Coprimality Tensor
Comparison of Factorials and Primorials
Prime Number Races
Successive Differences and Accumulations of the Jacobi Symbol
Integer Value Spatial Distance
Chinese Remainder Theorem
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