Homogeneous Equation

(redirected from Sides of an equation)
Also found in: Dictionary, Financial, Wikipedia.

homogeneous equation

[‚hä·mə′jē·nē·əs i′kwā·zhən]
(mathematics)
An equation that can be rewritten into the form having zero on one side of the equal sign and a homogeneous function of all the variables on the other side.

Homogeneous Equation

 

an equation whose form does not change upon simultaneous multiplication of all or only some unknowns by a given arbitrary number. In the latter case, the equation is said to be homogeneous with respect to the corresponding unknowns. For example, xy + yz + zx = 0 is a homogeneous equation with respect to all unknowns, and the equation y + ln (x/z) + 5 = 0 is homogeneous with respect to x and z. The left-hand member of a homogeneous equation is a homogeneous function. The equation

a0(x)y(n) + a1(x)y(n-1) + … + an(x)y = 0

which is called a linear homogeneous differential equation, is homogeneous with respect to y, y′, …,y(n-1), y(n). The equation y′ = f(x, y), where f(x, y) = fx, λy) for any λ [f(x, y) is a homogeneous function with a degree of homogeneity 0], is said to be a differentia) equation homogeneous with respect to the variables x and y. For example, y′ = xy/(x2 + y2).

References in periodicals archive ?
In this paper we have tried to connect algebra and geometry (2) with regard to extraneous roots, especially when both sides of an equation are squared.