Diophantine equations are equations containing two or more unknowns, such that only the integer solutions are required. To find solutions of these equations numerically, we can be …
KM Abirami, N Veena, R Srikanth… - … of Mathematics and …, 2024 - Wiley Online Library
Every field in mathematics has made significant progress in research with fuzzy sets. Numerous application fields were discovered in both empirical and theoretical …
RJS Mina, JB Bacani - European Journal of Pure and Applied …, 2021 - ejpam.com
In this paper, we solve the Diophantine equation px+(p+ 4k) y= z2 in N0 for prime pairs (p, p+ 4k). First, we consider cousin primes p and p+ 4. Then we extend the study to solving …
K Chakraborty, A Hoque, K Srinivas - Results in Mathematics, 2021 - Springer
Let c be a square-free positive integer and pa prime satisfying p\not ∣ cp∤ c. Let h (-c) h (-c) denote the class number of the imaginary quadratic field Q (-c) Q (-c). In this paper, we …
EG Goedhart, HG Grundman - Journal of Number Theory, 2014 - Elsevier
We prove that the Diophantine equation NX 2+ 2 L 3 M= YN has no solutions (N, X, Y, L, M) in positive integers with N> 1 and gcd (NX, Y)= 1, generalizing results of Luca, Wang and …
In this paper, we show that the Diophantine equation ax²-bx= cy² in positive integers x, y, a, b, c has infinitely many solutions where ac is not a square. We transform the above equation …
In this paper, experimental results for presenting the success rates in finding integral solutions to the Diophantine equations of two variables using modular arithmetic are shown …
In this work, I examine specific families of Diophantine equations and prove that they have no solutions in positive integers. The proofs use a combination of classical elementary …