Answer:
x = 3, y = 5
or (3,5) in coordination point form.
Explanation:
We are going to solve the system of equations by combining two equations. To do that, we isolate y-term.

Convert both equations to slope-intercept form.

Then combine both equations

Substitute x = 3 in one of given equations. I will substitute x = 3 in y = 5x-10

Hope this helps!