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New posts in diophantine-equations
Is it true that $f(x,y)=\frac{x^2+y^2}{xy-t}$ has only finitely many distinct positive integer values with $x$, $y$ positive integers?
number-theory
diophantine-equations
vieta-jumping
Find All $x$ values where $f(x)$ is Perfect Square
number-theory
diophantine-equations
square-numbers
pell-type-equations
How to find an integer solution for general Diophantine equation $ax + by + cz + dt... = N$
elementary-number-theory
diophantine-equations
On the Diophantine equation $a^2+b^2 = c^2+k$
number-theory
limits
diophantine-equations
Integer solutions of a monic polynomial
polynomials
diophantine-equations
Machin's formula and cousins
trigonometry
diophantine-equations
pi
Equation with solution in prime numbers
number-theory
prime-numbers
diophantine-equations
Number of integral solutions for $|x | + | y | + | z | = 10$
combinatorics
number-theory
diophantine-equations
System of one quadratic and two linear equations over the positive integers
systems-of-equations
diophantine-equations
Nature and number of solutions to $xy=x+y$
calculus
number-theory
diophantine-equations
analytic-geometry
Minimum of $n$? $123456789x^2 - 987654321y^2 =n$ ($x$,$y$ and $n$ are positive integers)
number-theory
diophantine-equations
Find all integer solutions to Diophantine equation $x^3+y^3+z^3=w^3$
number-theory
diophantine-equations
Numbers that are clearly NOT a Square
elementary-number-theory
diophantine-equations
factorial
square-numbers
conjectures
Solving $x^3-y^3=xy+61$ in integers
elementary-number-theory
diophantine-equations
Positive integral solutions of $3^x+4^y=5^z$
diophantine-equations
Quadratic Diophantine Equation $x^2 + axy + y^2 = z^2$
diophantine-equations
quadratic-forms
Find all integers $x$, $y$, and $z$ such that $\frac{1}{x} + \frac{1}{y} = \frac{1}{z}$
number-theory
diophantine-equations
Number of solutions of $x_1+2x_2+\cdots+kx_k=n$?
combinatorics
number-theory
diophantine-equations
generating-functions
linear-diophantine-equations
Diophantine equation involving prime numbers : $p^3 - q^5 = (p+q)^2$
elementary-number-theory
prime-numbers
diophantine-equations
If $p$, $q$ are naturals, solve $p^3-q^5=(p+q)^2$.
number-theory
elementary-number-theory
diophantine-equations
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