Non-homogeneous binary quadratic equation representing hyperbola given by 7x2-5y2=8 is analyzed for its non-zero distinct integer solutions. A few interesting relations among its solutions are presented. Also, knowing an integral solution of the given hyperbola, integer solutions for other choices of hyperbola and parabola are presented
The homogeneous biquadratic equation represented by is considered and analysed for its non-zero dis...
Diophantine equation is an equation in which solutions to it are from some predetermined classes and...
Consider the system x 2 − ay 2 = b, P (x, y) = z ...
Non-homogeneous binary quadratic equation representing hyperbola given by is analyzed for its non-z...
Non-homogeneous binary quadratic equation representing hyperbola given by is analyzed for its non-z...
This paper aims at obtaining non-zero distinct integer solutions to the hyperbola represented by the...
The binary quadratic equation represented by the positive pellian is analyzed for its distinct integ...
The binary quadratic Diophantine equation given by is analyzed for its patterns of non-zero distinc...
The binary quadratic Diophantine equation represented by is analyzed for its non-zero distinct inte...
The binary quadratic Diophantine equation represented by the negative pellian is analyzed for its n...
The binary quadratic equation represented by x^2=8y^2-4 the negative pellian is analyzed for its dis...
The binary quadratic Diophantine equation represented by the positive pellian is analyzed for i...
This paper illustrates the process of obtaining different sets of non-zero distinct integer solution...
The binary quadratic equation represented by the positive pellian is analysed for its distinct inte...
The hyperbola given by 01722042 22 yxyxyx is analyzed for its non-zero distinct integer solutions....
The homogeneous biquadratic equation represented by is considered and analysed for its non-zero dis...
Diophantine equation is an equation in which solutions to it are from some predetermined classes and...
Consider the system x 2 − ay 2 = b, P (x, y) = z ...
Non-homogeneous binary quadratic equation representing hyperbola given by is analyzed for its non-z...
Non-homogeneous binary quadratic equation representing hyperbola given by is analyzed for its non-z...
This paper aims at obtaining non-zero distinct integer solutions to the hyperbola represented by the...
The binary quadratic equation represented by the positive pellian is analyzed for its distinct integ...
The binary quadratic Diophantine equation given by is analyzed for its patterns of non-zero distinc...
The binary quadratic Diophantine equation represented by is analyzed for its non-zero distinct inte...
The binary quadratic Diophantine equation represented by the negative pellian is analyzed for its n...
The binary quadratic equation represented by x^2=8y^2-4 the negative pellian is analyzed for its dis...
The binary quadratic Diophantine equation represented by the positive pellian is analyzed for i...
This paper illustrates the process of obtaining different sets of non-zero distinct integer solution...
The binary quadratic equation represented by the positive pellian is analysed for its distinct inte...
The hyperbola given by 01722042 22 yxyxyx is analyzed for its non-zero distinct integer solutions....
The homogeneous biquadratic equation represented by is considered and analysed for its non-zero dis...
Diophantine equation is an equation in which solutions to it are from some predetermined classes and...
Consider the system x 2 − ay 2 = b, P (x, y) = z ...
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