What would you need to multiply by in order to solve this system of equations using the linear combination (elimination) method?
{−2x +3y = 8
5x + 4y = 10
AMultiply the 1st equation by 3 and leave the 2nd equation alone. This will eliminate the x's when you add the two new equations together.
BMultiply the 1st equation by 5 and multiply the 2nd equation by 2. This will eliminate the x's when you add the two new equations together.
CMultiply the 1st equation by 4 and multiply the 2nd equation by 2. This will eliminate the y's when you add the two new equations together.
DLeave the 1st equation alone and multiply the 2nd equation by 2. This will eliminate the y's when you add the two new equations together.
{−2x +3y = 8
5x + 4y = 10
AMultiply the 1st equation by 3 and leave the 2nd equation alone. This will eliminate the x's when you add the two new equations together.
BMultiply the 1st equation by 5 and multiply the 2nd equation by 2. This will eliminate the x's when you add the two new equations together.
CMultiply the 1st equation by 4 and multiply the 2nd equation by 2. This will eliminate the y's when you add the two new equations together.
DLeave the 1st equation alone and multiply the 2nd equation by 2. This will eliminate the y's when you add the two new equations together.