The following pages link to (Q4493424):
Displaying 50 items.
- Multiplicative Diophantine equations with factors from different Lucas sequences (Q311474) (← links)
- The proof of a conjecture concerning the intersection of \(k\)-generalized Fibonacci sequences (Q380971) (← links)
- The digits of the Fibonacci numbers. (Q1404165) (← links)
- Two \(b\)-repunits in the Fibonacci sequence (Q1998907) (← links)
- Lucas numbers as sums of two repdigits (Q2010114) (← links)
- Fibonacci factoriangular numbers (Q2012569) (← links)
- Lucas numbers which are concatenations of two repdigits (Q2024020) (← links)
- Product of repdigits with consecutive lengths in the Fibonacci sequence. (Q2024071) (← links)
- Common values of generalized Fibonacci and Pell sequences (Q2031264) (← links)
- Padovan numbers which are palindromic concatenations of two distinct repdigits (Q2031845) (← links)
- Lucas numbers which are concatenations of three repdigits (Q2034856) (← links)
- Generalized Lucas numbers which are concatenations of two repdigits (Q2041219) (← links)
- Associated Pell numbers which are repdigits or concatenation of two repdigits (Q2048404) (← links)
- Repdigits as products of consecutive Padovan or Perrin numbers (Q2048946) (← links)
- An exponential Diophantine equation related to the sum of powers of two consecutive terms of a Lucas sequence and \(x\)-coordinates of Pell equations (Q2052782) (← links)
- Fibonacci or Lucas numbers which are products of two repdigits in base \(b\) (Q2052817) (← links)
- Tribonacci numbers with two blocks of repdigits (Q2054619) (← links)
- Repdigits base \(b\) as products of two Fibonacci numbers (Q2065352) (← links)
- Perrin numbers that are concatenations of two repdigits (Q2091730) (← links)
- Repdigits as difference of two Fibonacci or Lucas numbers (Q2126885) (← links)
- Fibonacci and Lucas numbers as difference of two repdigits (Q2154671) (← links)
- On the solutions of the Diophantine equation \(F_n \pm \frac{a (10^m - 1)}{9} = k!\) (Q2161349) (← links)
- \(k\)-generalized Pell numbers which are concatenation of two repdigits (Q2167816) (← links)
- Balancing numbers which are concatenation of two repdigits (Q2210312) (← links)
- Padovan and Perrin numbers which are products of two repdigits in base \(b\) (Q2230521) (← links)
- Repdigits base \(b\) as products of two Pell numbers or Pell-Lucas numbers (Q2236583) (← links)
- \(k\)-Fibonacci and \(k\)-Lucas numbers as product of two repdigits (Q2242432) (← links)
- Repdigits in \(k\)-Lucas sequences (Q2253675) (← links)
- Pell and Pell-Lucas numbers as sums of two repdigits (Q2305622) (← links)
- Repdigits as products of two Fibonacci or Lucas numbers (Q2309759) (← links)
- Repdigit Keith numbers (Q2393673) (← links)
- Repdigits as sums of two \(k\)-Fibonacci numbers (Q2514254) (← links)
- Mersenne k-Fibonacci numbers (Q2969853) (← links)
- Repdigits as sums of two Padovan numbers (Q3120418) (← links)
- On terms of linear recurrence sequences with only one distinct block of digits (Q3174463) (← links)
- Fermat $k$-Fibonacci and $k$-Lucas numbers (Q3297059) (← links)
- A Diophantine equation in $k$-Fibonacci numbers and repdigits (Q4565095) (← links)
- On the intersection of \(k\)-Fibonacci and Pell numbers (Q4968661) (← links)
- Pell factoriangular numbers (Q4985656) (← links)
- Fibonacci numbers which are concatenations of two repdigits (Q4986570) (← links)
- Repdigits a sums of two Lucas numbers (Q4994233) (← links)
- (Q5021085) (← links)
- <i>k</i>−Fibonacci numbers close to a power of 2 (Q5023621) (← links)
- Repdigits base <i>b</i> as products of two Lucas numbers (Q5023633) (← links)
- Exponential Diophantine Equations (Q5038215) (← links)
- Repdigits as sums of two associated Pell numbers (Q5049845) (← links)
- Narayana numbers as sums of two base b repdigits (Q5058294) (← links)
- Generalized Padovan sequences (Q5060200) (← links)
- (Q5087780) (← links)
- Repdigits as sums of two generalized Lucas numbers (Q5101378) (← links)
