*If both variables are eliminated and you are left with a true statement, this indicates that there are an infinite number of ordered pairs that satisfy both of the equations. A theater sold 800 tickets for Friday night’s performance. Combining equations is a powerful tool for solving a system of equations.*One child ticket costs .50 and one adult ticket costs .00. Adding or subtracting two equations in order to eliminate a common variable is called the elimination (or addition) method.

*If both variables are eliminated and you are left with a true statement, this indicates that there are an infinite number of ordered pairs that satisfy both of the equations. A theater sold 800 tickets for Friday night’s performance. Combining equations is a powerful tool for solving a system of equations.One child ticket costs .50 and one adult ticket costs .00. Adding or subtracting two equations in order to eliminate a common variable is called the elimination (or addition) method.*

“Systems of equations” just means that we are dealing with more than one equation and variable.

So far, we’ve basically just played around with the equation for a line, which is \(y=mx b\).

Notice that the \(j\) variable is just like the \(x\) variable and the \(d\) variable is just like the \(y\).

It’s easier to put in \(j\) and \(d\) so we can remember what they stand for when we get the answers.

The correct answer is to add Equation A and Equation B. Multiplying Equation A by 5 yields 35y − 20x = 25, which does not help you eliminate any of the variables in the system.

Felix may notice that now both equations have a constant of 25, but subtracting one from another is not an efficient way of solving this problem.

Instead, it would create another equation where both variables are present.

The correct answer is to add Equation A and Equation B.

This means that the numbers that work for both equations is We can see the two graphs intercept at the point \((4,2)\). It involves exactly what it says: substituting one variable in another equation so that you only have one variable in that equation.

This means that the numbers that work for both equations is 4 pairs of jeans and 2 dresses! Here is the problem again: Solve for \(d\): \(\displaystyle d=-j 6\).

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