A short proof of a known density result.

Foo, Timothy

Skip to main content (access key 's'), Skip to navigation (access key 'n'), Accessibility information (access key '0')

Displaying similar documents to “A short proof of a known density result.”

On arithmetic functions with congruence property

Somayajulu, Al (1968)

Portugaliae mathematica

Similarity:

Arithmetic progressions, prime numbers, and squarefree integers

Stuart Clary, Jacek Fabrykowski (2004)

Czechoslovak Mathematical Journal

Similarity:

In this paper we establish the distribution of prime numbers in a given arithmetic progression $p \equiv l (m o d k)$ for which $a p + b$ is squarefree.

Midy's theorem for periodic decimals.

Lewittes, Joseph (2007)

Integers

Similarity:

Multiplicative functions satisfying the equation $f (m^{2} + n^{2}) = f (m^{2}) + f (n^{2})$

Pham Van Chung (1996)

Mathematica Slovaca

Similarity:

Sums of the form $1 / x_{1}^{k} + \dots + 1 / x_{n}^{k}$ modulo a prime.

Croot, Ernie (2004)

Integers

Similarity:

Sequences in power residue classes.

Buell, Duncan A., Hudson, Richard H. (1986)

International Journal of Mathematics and Mathematical Sciences

Similarity:

Schinzel’s conjecture and divisibility of class number $h_{p}^{+}$

Stanislav Jakubec (2003)

Mathematica Slovaca

Similarity:

Displaying similar documents to “A short proof of a known density result.”

On arithmetic functions with congruence property

Arithmetic progressions, prime numbers, and squarefree integers

Midy's theorem for periodic decimals.

Multiplicative functions satisfying the equation f ( m 2 + n 2 ) = f ( m 2 ) + f ( n 2 )

Sums of the form 1 / x 1 k + ⋯ + 1 / x n k modulo a prime.

Sequences in power residue classes.

Schinzel’s conjecture and divisibility of class number h p +

Multiplicative functions satisfying the equation $f (m^{2} + n^{2}) = f (m^{2}) + f (n^{2})$

Sums of the form $1 / x_{1}^{k} + \dots + 1 / x_{n}^{k}$ modulo a prime.

Schinzel’s conjecture and divisibility of class number $h_{p}^{+}$