24007

Properties

Appears in sequences

• Prime(n)*...*a(n) is the least product of consecutive primes which is non-deficient.at n=34A007686
• Prime(n)*...*a(n) is the least product of consecutive primes which is abundant.at n=34A007708
• Numbers k such that the period of the continued fraction for sqrt(k) contains exactly 94 ones.at n=31A031862
• Primes with 17 as smallest positive primitive root.at n=23A061329
• Increasing partial quotients of w = 2*cos(Pi/7).at n=12A072977
• Primes from merging of 5 successive digits in decimal expansion of the Golden Ratio, (1+sqrt(5))/2.at n=25A103809
• Primes congruent to 34 mod 61.at n=38A142832
• Primes p of the form 4m+3 for which there are exactly as many primitive roots modulo p in the interval [0,p/2] as in the interval [p/2,p].at n=24A172490
• Prime numbers ending in James Bond number ''007''.at n=7A193552
• Primes of the form 3n^3+7.at n=4A201116
• Primes of the form 10n^2 - 3.at n=12A201962
• Primes prime(k) such that 2^k + prime(k) is also prime.at n=20A242944
• Primes of the form 6*p + 1 with p prime that are also of the form x^2 + 27*y^2 and congruent to 7 mod 24.at n=27A256172
• Number of nX3 0..1 arrays with every element equal to 1, 2 or 3 horizontally or antidiagonally adjacent elements, with upper left element zero.at n=7A301946
• T(n,k)=Number of nXk 0..1 arrays with every element equal to 1, 2 or 3 horizontally or antidiagonally adjacent elements, with upper left element zero.at n=52A301951
• Primes which, when added to their reversals, produce palindromic primes.at n=31A342681
• a(n) is the least prime p that starts a run of 2n+1 consecutive primes whose product is a sum of the same number of (others or same) consecutive primes.at n=11A352065
• Primes having only {0, 2, 4, 7} as digits.at n=31A386047
• Primes containing the digit string "007" in their decimal representation.at n=9A386240
• Prime numbersat n=2670