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In the solution to the system of equations above, what is the value of y ?

$4x-9y=9y+5$

$hy=2+4x$

In the given system of equations, $h$ is a constant. If the system has no solution, what is the value of $h$?

One of the two equations in a linear system is . The system has no solution. Which of the following could be the other equation in the system?

Which of the following systems of equations has the same solution as the system of equations graphed above?

If is the solution to the given system of equations, what is the value of y ?

A proposal for a new library was included on an election ballot. A radio show stated that $3$ times as many people voted in favor of the proposal as people who voted against it. A social media post reported that $\mathrm{15,000}$ more people voted in favor of the proposal than voted against it. Based on these data, how many people voted against the proposal?

$2x+3y=7$
$10x+15y=35$

For each real number $r$, which of the following points lies on the graph of each equation in the xy-plane for the given system?

$y=6x+18$

One of the equations in a system of two linear equations is given. The system has no solution. Which equation could be the second equation in the system?

An online bookstore sells novels and magazines. Each novel sells for $4, and each magazine sells for $1. If Sadie purchased a total of 11 novels and magazines that have a combined selling price of $20, how many novels did she purchase?

In the solution to the system of equations above, what is the value of x ?

A discount airline sells a certain number of tickets, x, for a flight for $90 each. It sells the number of remaining tickets, y, for $250 each. For a particular flight, the airline sold 120 tickets and collected a total of $27,600 from the sale of those tickets. Which system of equations represents this relationship between x and y ?

A movie theater charges $11 for each full-price ticket and $8.25 for each reduced-price ticket. For one movie showing, the theater sold a total of 214 full-price and reduced-price tickets for $2,145. Which of the following systems of equations could be used to determine the number of full-price tickets, f, and the number of reduced-price tickets, r, sold?

$x+3y=29$

$3y=11$

The solution to the given system of equations is $\left(x,y\right)$. What is the value of $x$?

Which system of equations can be used to correctly determine the values of c and s ?

If a new graph of three linear equations is created using the system of equations shown and the equation $x+4y=-16$, how many solutions $\left(x,y\right)$ will the resulting system of three equations have?

In the given system of equations, a is a constant. If the system has infinitely many solutions, what is the value of a ?