Pages that link to "Item:Q6042183"
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The following pages link to The Diophantine equations \(P_n^x+P_{n+1}^y=P_m^x\) or \(P_n^y+P_{n+1}^x=P_m^x\) (Q6042183):
Displaying 18 items.
- Mersenne numbers which are products of two Pell numbers (Q2141749) (← links)
- An exponential Diophantine equation involving the sum or difference of powers of two Pell numbers (Q2144628) (← links)
- On the Diophantine equation \(\sum_{j=1}^kjP_j^p=P_n^q\) (Q2221046) (← links)
- Positive integer solutions of some Diophantine equations in terms of integer sequences (Q2315551) (← links)
- Shifted powers in Lucas-Lehmer sequences (Q2316334) (← links)
- Repdigits as sums of four Pell numbers (Q2316781) (← links)
- An Erdős conjecture, Pell sequences and Diophantine equations (Q2741799) (← links)
- Pentagonal numbers in the associated Pell sequence and Diophantine equations \(x^2(3x-1)^2=8y^2\pm 4\) (Q2746555) (← links)
- Arithmetical study of recurrence sequences (Q4732509) (← links)
- The Diophantine equation x(x+1)...(x+(m-1)) + r= y<sup>n</sup> (Q4811256) (← links)
- On the Diophantine equations \(F_N=P_M\pm P_{\ell}\) and \(P_n= F_m\pm F_{\ell}\) involving Fibonacci and Pell numbers (Q5057062) (← links)
- On the \(x\)-coordinates of Pell equations which are Narayana numbers (Q5057063) (← links)
- Complete solution of the exponential Diophantine equation \(P_n^x +P_{n+1}^x =P_m^y\) (Q5060324) (← links)
- On Pillai’s problem with X-coordinates of Pell equations and powers of 2 II (Q5157562) (← links)
- On the problem of Pillai with Padovan numbers and powers of 3 (Q5244457) (← links)
- Pellans sequence and its diophantine triples (Q5279259) (← links)
- An algorithm which transforms any Diophantine equation into an equivalent system of equations of the forms x_i=1, x_i+x_j=x_k, x_i \cdot x_j=x_k (Q5401917) (← links)
- On the solutions of the Diophantine equation \(P_n \pm \frac{a(10^m -1)}{9}=k!\) (Q6044386) (← links)
