Systems of Equations Introduction

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations

How do we begin solving this system of equations using the elimination method. Use your notes if necessary.

• Subtract the two equations

• Multiply one equation by -1 and then subtract the equations

• Multiply the first equation by the second x (or y) coefficient, multiply the second equation by the first x (or y) coefficient, then subtract the equations