The following pages link to Primes of the form \([c^ p]\) (Q1910183):
Displaying 18 items.
- Divisibility properties of certain recurrent sequences (Q558745) (← links)
- Primes of the form \(2^{\alpha}p \pm1\) with maximal rank of apparition in the Lehmer sequences (Q642873) (← links)
- Primes of the form \(\lfloor \alpha p+\beta \rfloor\) (Q838443) (← links)
- Arithmetical properties of linear recurrent sequences (Q863963) (← links)
- A binary linear recurrence sequence of composite numbers (Q982527) (← links)
- A note on primes of the form \(\lfloor\alpha p+\beta\rfloor\) (Q2030213) (← links)
- Prime avoidance property of \(k\)-th powers of prime numbers with Beatty sequence (Q2232042) (← links)
- On the distance from a rational power to the nearest integer (Q2490156) (← links)
- Prime and composite numbers as integer parts of powers (Q2494431) (← links)
- Integer parts of powers of rational numbers (Q2571071) (← links)
- Some Primes of the Form (a n - 1)/(a - 1) (Q3207031) (← links)
- Primes in Ze^{(2\pi i/3)} (Q3598742) (← links)
- Piatetski‐Shapiro prime <i>k</i> ‐tuplets (Q4494709) (← links)
- Primes of the form [<i>p</i><sup>c</sup>] and related questions (Q4846733) (← links)
- (Q4941752) (← links)
- Divisibility of integers obtained from truncated periodic sequences (Q5025445) (← links)
- Primes of the form 2<i>p</i>+1 (Q5865688) (← links)
- Primes of the form \([n^ c]\) (Q5902813) (← links)
