For this case we have the following system of equations:
[tex]8x-5y = 11\\4x-3y = 5[/tex]
We multiply the second equation by -2:
[tex]-8x + 6y = -10[/tex]
Then we have the following equivalent system:
[tex]8x-5y = 11\\-8x + 6y = -10[/tex]
We add the equations:
[tex]8x-8x-5y + 6y = 11-10\\y = 1[/tex]
Thus, the value of the variable y is 1.
We look for the value of the variable x:
[tex]8x-5 (1) = 11\\8x-5 = 11\\8x = 11 + 5\\8x = 16\\x = \frac {16} {8}\\x = 2[/tex]
Thus, the value of the variable x is 2.
Then the point of intersection of the equations is in[tex](x, y) :( 2,1)[/tex]
Answer:
The point of intersection of the equations is in [tex](x, y) :( 2,1)[/tex]