Respuesta :
using a graphical tool
the solution is (3,5) see the attached figure
y=x+2
y=-x+8
the solution is (3,5) see the attached figure
y=x+2
y=-x+8

ANSWER
[tex](3,5)[/tex]
EXPLANATION
The given systems of equations are;
[tex]y = x + 2[/tex]
and
[tex]y = - x + 8[/tex]
To graph the first function, which is
[tex]y = x + 2[/tex]
We need at least two points.
Let us use the intercepts.
At y-intercepts, x=0,
This implies that,
[tex]y = 0 + 2 = 2[/tex]
The y-intercept is,
[tex](0,2)[/tex]
At x-intercept, y=0.
This implies that,
[tex]0 = x + 2[/tex]
[tex]x = - 2[/tex]
The x-intercept is
[tex](-2,0)[/tex]
We plot the intercepts and draw a straight line through them to obtain the blue line on the graph in the attachment.
We repeat the same process for
[tex]y = - x + 8[/tex]
to obtain the y-intercept to be,
[tex](0,8)[/tex]
and the x-intercept to be,
[tex](8,0)[/tex]
We plot this one also on the the same graph to obtain the straight line in red.
The intersection of the two straight lines is
[tex](3,5)[/tex]
This the solution to the system of equations.
[tex](3,5)[/tex]
EXPLANATION
The given systems of equations are;
[tex]y = x + 2[/tex]
and
[tex]y = - x + 8[/tex]
To graph the first function, which is
[tex]y = x + 2[/tex]
We need at least two points.
Let us use the intercepts.
At y-intercepts, x=0,
This implies that,
[tex]y = 0 + 2 = 2[/tex]
The y-intercept is,
[tex](0,2)[/tex]
At x-intercept, y=0.
This implies that,
[tex]0 = x + 2[/tex]
[tex]x = - 2[/tex]
The x-intercept is
[tex](-2,0)[/tex]
We plot the intercepts and draw a straight line through them to obtain the blue line on the graph in the attachment.
We repeat the same process for
[tex]y = - x + 8[/tex]
to obtain the y-intercept to be,
[tex](0,8)[/tex]
and the x-intercept to be,
[tex](8,0)[/tex]
We plot this one also on the the same graph to obtain the straight line in red.
The intersection of the two straight lines is
[tex](3,5)[/tex]
This the solution to the system of equations.
