How can I solve simultaneous equations?

By making coefficients of one variable the same, then adding or subtracting equations.

What is the process of elimination in math?

Elimination involves making coefficients of one variable the same, then combining equations.

Multiply one equation by a factor to align coefficients for elimination.

Eliminating variables simplifies equations to solve for remaining unknowns.

Yes, elimination is a powerful method for solving simultaneous equations efficiently.

By aligning the coefficients of one variable in simultaneous equations, multiplying one equation to match the other, and then adding or subtracting the equations, the method of elimination simplifies solving for the remaining variables efficiently.
This technique streamlines the process of solving systems of equations by systematically eliminating variables, providing a structured approach that enhances problem-solving capabilities in mathematics.

How can I solve simultaneous equations?
By making coefficients of one variable the same, then adding or subtracting equations.
What is the process of elimination in math?
Elimination involves making coefficients of one variable the same, then combining equations.
How do I match coefficients in equations?
Multiply one equation by a factor to align coefficients for elimination.
What is the purpose of eliminating variables in math?
Eliminating variables simplifies equations to solve for remaining unknowns.
Can I use elimination to solve complex equations?
Yes, elimination is a powerful method for solving simultaneous equations efficiently.

00:00

Use the method of elimination to solve simultaneous equations by making the coefficients of one variable the same in both equations, multiplying one equation by a factor to match the other, then adding or subtracting the equations to eliminate that variable and solve for the remaining variables.