Pages that link to "Item:Q2883257"

The following pages link to On the system of Diophantine equations \(a^2+b^2=(m^2+1)^r\) and \(a^x+b^y=(m^2+1)^z\) (Q2883257):

Displaying 15 items.

• On the solutions of a system of two Diophantine equations (Q477110) (← links)
• An upper bound for the number of solutions of ternary purely exponential Diophantine equations (Q1675593) (← links)
• On the exponential Diophantine equation \((am^2 + 1)^x + (bm^2 - 1)^y= (cm)^z\) with \(c \mid m\) (Q1705214) (← links)
• The exponential Diophantine equation \(\left(4 m^2 + 1\right)^x + \left(5 m^2 - 1\right)^y = (3 m)^z\) (Q1724695) (← links)
• A purely exponential Diophantine equation in three unknowns (Q2151162) (← links)
• On the system of Diophantine equations \((m^2 - 1)^r + b^2 = c^2\) and \((m^2 - 1)^x + b^y = c^z\) (Q2344351) (← links)
• The complete solution of the Diophantine equation \((4m^2 + 1)^x + (5m^2 - 1)^y = (3m)^z\) (Q2400088) (← links)
• On the Diophantine system \(a^2+b^2=c^r\) and \(a^x+b^y=c^z\) for \(b\) is a prime (Q2815830) (← links)
• (Q2994309) (← links)
• (Q3404658) (← links)
• On a conjecture on exponential Diophantine equations (Q3651119) (← links)
• (Q3754666) (← links)
• (Q3836462) (← links)
• (Q4316355) (← links)
• Number of solutions to a special type of unit equations in two unknowns, II (Q6491581) (← links)