Matterwave said:You have to be more specific.
Matterwave said:By symmetric equation, do you mean a symmetric function? Like f(x)=x^2? Symmetric about what? This is what I meant by "more specific". Maybe you have a textbook with pictures to show?
As it stands, I have no idea what you're talking about.
A symmetric equation is an equation that remains unchanged when one or more variables are replaced by their negative values. This means that the two sides of the equation are mirror images of each other.
Symmetric equations are commonly used in physics and engineering to describe symmetrical systems or objects. They can also be used in chemistry to describe the structure and behavior of molecules.
In a symmetric equation, the order of the terms does not matter. This is because the equation will remain unchanged when the terms are rearranged. In other types of equations, such as linear equations, the order of the terms does matter.
Yes, symmetric equations have many practical applications in fields such as physics, engineering, and chemistry. They can be used to model various natural phenomena and to solve real-world problems.
While symmetric equations are useful for describing symmetrical systems, they may not be applicable to non-symmetrical systems. Additionally, the solutions to symmetric equations may not always be unique, which can be a limitation in certain situations.