176868

Appears in sequences

• Number of paraffins.at n=32A006009
• Quotients arising in A073162: A046992(n)/n if n is in A073162.at n=8A073164
• a(n) = ((n-th prime)^5-(n-th prime)^3)/8.at n=6A138436
• Floor[1/{(3+n^4)^(1/4)}], where {}=fractional part.at n=50A184538
• Primitive exponential abundant numbers: the powerful terms of A129575.at n=34A328136
• a(n) is the square of the side length of a simplex whose n-dimensional inner hypervolume is equal to its (n-1)-dimensional surface hypervolume. As a result, the sequence starts at n=2.at n=15A364922
• Primitive exponential unitary abundant numbers: the powerful terms of A383693.at n=31A383694
• Primitive exponential squarefree exponential abundant numbers: the powerful terms of A383697.at n=28A383698
• Primitive exponential Zumkeller numbers: powerful numbers whose exponential divisors can be partitioned into two disjoint subsets of equal sum.at n=38A391087
• Primitive exponential unitary Zumkeller numbers: powerful numbers whose exponential unitary divisors can be partitioned into two disjoint subsets of equal sum.at n=34A391089
• Primitive exponential pseudoperfect numbers: powerful numbers equal to the sum of a subset of their proper exponential divisors.at n=37A391143
• Primitive exponential admirable numbers: the powerful terms in A336680.at n=26A391283