Pages that link to "Item:Q3140999"

The following pages link to On the diophantine equation $D₁x² + D₂ = 2^{n+2}$ (Q3140999):

Displaying 13 items.

• On the Diophantine equation \(v(v + 1) = u(u + a)(u + 2a)\) (Q397028) (← links)
• On the size of the intersection of two Lucas sequences of distinct type. II (Q763640) (← links)
• The Diophantine equation \(2^n=x^2+7\) (Q775478) (← links)
• On the diophantine equation \(1+p^ a=2^ b+2^ c\,p^ d\) (Q1073823) (← links)
• On the equation \(ax^ m - by^ n = 2\) (Q1176003) (← links)
• The diophantine equation \(x^ 2+119 = 15\cdot 2^ n\) has exactly six solutions (Q1915761) (← links)
• On the exponents of class groups of some families of imaginary quadratic fields (Q2046661) (← links)
• On the diophantine equation \((2^n-1)(3^n-1)=x^2\) (Q2707228) (← links)
• The Diophantine equation xⁿ= Dy²+1 (Q4484354) (← links)
• On the number of solutions of the generalized Ramanujan-Nagell equation <i>D</i>₁<i>X</i>² + <i>D</i><i>^M</i>₂ = 2^<i>N</i>+2 (Q4639233) (← links)
• ON SOLUTIONS OF THE DIOPHANTINE EQUATION Fn1 + Fn2 + Fn3 + Fn4 = 2^a (Q5077101) (← links)
• A GENERALIZATION OF THE RAMANUJAN–NAGELL EQUATION (Q5229050) (← links)
• On the Diophantine equations \((2^n-1)(6^n-1)=x^2\) and \((a^n-1)(a^{kn}-1)=x^2\) (Q5933692) (← links)