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[PDF] Top 20 Observations on the Homogeneous Ternary Cubic Equation with Four Unknowns $3(x^3+y^3)=2zw^2$

Has 10000 "Observations on the Homogeneous Ternary Cubic Equation with Four Unknowns $3(x^3+y^3)=2zw^2$" found on our website. Below are the top 20 most common "Observations on the Homogeneous Ternary Cubic Equation with Four Unknowns $3(x^3+y^3)=2zw^2$".

Observations on the Homogeneous Ternary Cubic Equation with Four Unknowns $3(x^3+y^3)=2zw^2$

Observations on the Homogeneous Ternary Cubic Equation with Four Unknowns $3(x^3+y^3)=2zw^2$

... Diophantine equation offer an unlimited field for research due to their variety ...for cubic equations with three unknowns. In [6-8] cubic equations with four unknowns are ... See full document

8

On Homogeneous Cubic Diophantine equation with Four Unknowns $3(x^3+y^3) = 8zp^2$

On Homogeneous Cubic Diophantine equation with Four Unknowns $3(x^3+y^3) = 8zp^2$

... 3 x + y = zp is analyzed for finding its non-zero distinct integral ...the equation under consideration are obtained the relations between the integer solutions and special numbers namely ... See full document

8

On the Cubic Diophantine Equation with Five Unknowns x3 + y3 + (x+y)(x-y)2=32(z+w)p2

On the Cubic Diophantine Equation with Five Unknowns x3 + y3 + (x+y)(x-y)2=32(z+w)p2

... particular, cubic equations, homogeneous and non-homogeneous have aroused the interest of numerous mathematicians since antiquity (Dickson,1952; Mordell,1969; Carmichael, ...2012)for ... See full document

5

On The Homogeneous Cubic Equation With Four Unknowns $(x^3+y^3)=7zw^2$

On The Homogeneous Cubic Equation With Four Unknowns $(x^3+y^3)=7zw^2$

... representing homogeneous cubic with four unknowns for determining its infinitely many non-zero integral points, also a few interesting relations among the solutions are pres[r] ... See full document

9

Observation on the Cubic Diophantine Equation with Four Unknowns $(x^3+y^3)+(x+y)(x+y+1)=zw^2$

Observation on the Cubic Diophantine Equation with Four Unknowns $(x^3+y^3)+(x+y)(x+y+1)=zw^2$

... the Homogeneous or Non- homogeneous Diophantine cubic equation is an interesting concept as it can be seen from [ 1 , 2 , 3 ] ...of cubic Diophantine equation with ... See full document

9

ON THE NON HOMOGENEOUS CUBIC EQUATION WITH FIVE UNKNOWNS EQUATION

ON THE NON HOMOGENEOUS CUBIC EQUATION WITH FIVE UNKNOWNS EQUATION

... the Homogeneous Cubic Equation with four unknowns x 3y 3  14 z 33 w 2 ( xy ) , Discovery, ...the ... See full document

8

Integer Solution of the Homogeneous Bi-Quadratic Diophantine Equation with Five Unknowns $(x-y)(x^3-y^3)=(z^2-w^2)p^2$

Integer Solution of the Homogeneous Bi-Quadratic Diophantine Equation with Five Unknowns $(x-y)(x^3-y^3)=(z^2-w^2)p^2$

... equations, homogeneous and non -homogeneous, have aroused the interest of numerous mathematicians since ambiguity as can be seen from [1-2] particularly In [3-5] bi-quadratic diophantine ... See full document

7

On the Non-Homogeneous Quintic Equation with Five Unknowns $X^4-Y^4=10 p^3 (Z^2-W^2)$

On the Non-Homogeneous Quintic Equation with Five Unknowns $X^4-Y^4=10 p^3 (Z^2-W^2)$

... three unknowns are studied for their integral ...with four unknowns for their non-zero integer solutions are ...five unknowns for their ... See full document

6

OBSERVATIONS ON THE NON HOMOGENEOUS EQUATION OF THE EIGHTHDEGREE WITH FIVE UNKNOWNS

OBSERVATIONS ON THE NON HOMOGENEOUS EQUATION OF THE EIGHTHDEGREE WITH FIVE UNKNOWNS

... ) x y z w p satisfying the non- homogeneous equation of degree eight with five unknowns given by x 4  y 4  ( k 2  s 2 )( z 2  w 2 ) p 6 ... See full document

10

On the Non-Homogeneous Ternary Quadratic Equation $2(x^2+y^2)-3xy+(x+y)+1=z^2$

On the Non-Homogeneous Ternary Quadratic Equation $2(x^2+y^2)-3xy+(x+y)+1=z^2$

... Diophantine equation offer an unlimited field for due to their variety [ ] 1 − 3 ...interesting homogeneous quadratic equation with three unknowns given by 2 ( x 2 ... See full document

7

A Ternary Quadratic Diophantine Equation $x^2+y^2=65z^2$

A Ternary Quadratic Diophantine Equation $x^2+y^2=65z^2$

... Diophantine equation with three unknowns offers an unlimited field for research because of their variety ...interesting equation x 2 + y 2 = 65z 2 representing ... See full document

7

Integral Solutions of Non- Homogeneous Ternary Cubic Equation [2(x+y)]2-15xy=64z3

Integral Solutions of Non- Homogeneous Ternary Cubic Equation [2(x+y)]2-15xy=64z3

... diophantine equation offers an unlimited field for research due to their variety ...for cubic equation with three ...for ternary cubic equation [2(x+y)] ... See full document

6

On the Non-Homogeneous Cubic Equation with Four Unknowns $(x-y)^2 = 2z^3+w^2$

On the Non-Homogeneous Cubic Equation with Four Unknowns $(x-y)^2 = 2z^3+w^2$

... Diophantine cubic equation is an interesting concept as it can be seen from [1, 2, ...of cubic Diophantine equation with three and four unknowns are ...interesting ... See full document

6

On the Cubic Diophantine Equation with Four Unknowns $x^2+y^2=z^3-w^3$

On the Cubic Diophantine Equation with Four Unknowns $x^2+y^2=z^3-w^3$

... Diophantine equation offers an unlimited field for research due to their variety ...for cubic equation with three unknowns. In [14,15] cubic equations with four unknowns ... See full document

11

Observations on Ternary Quadratic Equation z2 = 82x2 +y2

Observations on Ternary Quadratic Equation z2 = 82x2 +y2

...  Y  Z , where P is a non-zero constant have been ...the ternary quadratic homogeneous equation k  ( x 2y 2 )  bxy  4 k  2 2 z , (k,  ,b  0) ... See full document

7

On the Elliptic Curves of the Form $y^2 = x^3 − pqx$

On the Elliptic Curves of the Form $y^2 = x^3 − pqx$

... Finding integral solutions of Diophantine equations has a long history [1, 2, 3, 11]. Elliptic curves over rational numbers are special types of these equations. Let E be an elliptic curve over Q and E( Q ) ... See full document

10

Solutions of the Diophantine Equation $p^x + (p+6)^y = z^2$ when  $p, (p + 6)$  are Primes and  $x + y = 2, 3, 4$

Solutions of the Diophantine Equation $p^x + (p+6)^y = z^2$ when $p, (p + 6)$ are Primes and $x + y = 2, 3, 4$

... Diophantine equation p x + (p+6) y = z 2 when p, (p + 6) are primes, and x, y, z are positive ...of x + y = 2, 3, 4 are ...and x = y = ... See full document

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4. Non-homogeneous Kirchhoff equation on $\mathbb{R}^3$

4. Non-homogeneous Kirchhoff equation on $\mathbb{R}^3$

... In the present paper, following the idea of [8, 17], we consider the nonlinear Kirchhoff equation in the whole space R 3 with g(x) 6≡ 0. To overcome the lack of compactness, we assume that the ... See full document

7

Integral Solutions of Homogeneous Biquardratic
Equations with Five Unknowns $2(x^4-y^4)=(z^2-w^2)p^2$

Integral Solutions of Homogeneous Biquardratic Equations with Five Unknowns $2(x^4-y^4)=(z^2-w^2)p^2$

... Diophantine homogeneous and non-homogeneous have aroused the interest of numerous ...five unknowns equations for determining its infinitely many non-zero integral ... See full document

7

Integers representable by 
			(x+y+z)3/xyz

Integers representable by (x+y+z)3/xyz

... Since any two consecutive under bi triples share two entries, we may define an ordering on triples in the following way.. The complete ordering follows by transitivity.[r] ... See full document

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