This site is supported by donations to The OEIS Foundation.
List of redirects
From OeisWiki
Showing below up to 50 results in range #1 to #50.
View (previous 50 | next 50) (20 | 50 | 100 | 250 | 500)
- ! → Factorial
- != → Help:Calculation#Comparison operators
- "Canonical" ordering of the partitions → Partitions#"Canonical" ordering of the partitions
- "Fermi-Dirac representation" of n → Representation of n based on its factorization into prime powers with powers of two as exponents
- "Fermi-Dirac representation of positive rational numbers" → Orderings of rational numbers#Ordering of positive rational numbers by increasing representation based on their factorization into prime powers with powers of three as exponents
- "Maple" ordering of the partitions → Orderings of partitions
- "Mathematica" ordering of the partitions → Partitions#"Mathematica" ordering of the partitions
- % → Help:Calculation#%
- (1+sqrt(5))/2 → Golden ratio
- (1,1)-Pascal polynomials → Pascal triangle
- (1,1)-Pascal triangle → Pascal triangle
- (1,2)-Pascal polynomials → (1,2)-Pascal triangle
- (1/e)^e → Tetration#(1/e)^e
- (1 plus square root of 5) over 2 → Golden ratio
- (2,1)-Pascal polynomials → (2,1)-Pascal triangle
- (Gelfond's constant)^(-1/2) → I^i
- (Gelfond's constant)^(1/2) → I^i#Reciprocal of i^i
- (Gelfond's constant)^sqrt(163) → Ramanujan's constant
- (e+1)/(e-1) → (e-1)/(e+1)#(e+1)/(e-1)
- (e^pi)^(-1/2) → I^i
- (e^pi)^(1/2) → I^i#Reciprocal of i^i
- (e^pi)^sqrt(163) → Ramanujan's constant
- (pi^2)/6 → Zeta(2)
- * → Help:Calculation#*
- ** → Exponentiation#Exponentiation operator
- + → Help:Calculation#+
- - → Help:Calculation#-
- / → Help:Calculation#/
- // → Roots
- 0 → Zero#The number zero
- 0-dimensional regular polytope numbers → Point numbers
- 0/0 → Division by zero#The special case of zero divided by zero
- 0^0 → The special case of zero to the zeroth power
- 1 → One
- 1-bonacci numbers → Enanacci numbers
- 1-dimensional regular polytope numbers → Gnomonic numbers
- 1/(e-1) → Euler's number#1/(e-1)
- 1/(i^i) → I^i#Reciprocal of i^i
- 1/(i^i)^2 → Gelfond's constant
- 1/(sqrt(e)-1) → Sqrt(e)#1/(sqrt(e)-1)
- 1/e → Euler's number#1/e
- 1/pi → Pi#1/π
- 1/sqrt(Gelfond's constant) → I^i
- 1/π → Pi#1/π
- 10-gonal numbers → Polygonal numbers
- 11-gonal numbers → Polygonal numbers
- 12-gonal numbers → Polygonal numbers
- 120-cell numbers → Regular polychoron numbers
- 13-gonal numbers → Polygonal numbers
- 14-gonal numbers → Polygonal numbers