Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
\( y=(x-5)(x+5) \)
With the X
Determine the points of intersection of the function
\( y=(x-2)(x+3) \)
With the X
Determine the points of intersection of the function
\( y=(x-1)(x+10) \)
With the X
Does the parable
\( y=(x-2)(x+1) \)
Is there a minimum or maximum point?
Determine the points of intersection of the function
\( y=(x-3)(x+3) \)
With the X
Determine the points of intersection of the function
With the X
In order to find the point of the intersection with the X-axis, we first need to establish that Y=0.
0 = (x-5)(x+5)
When we have an equation of this type, we know that one of these parentheses must be equal to 0, so we begin by checking the possible options.
x-5 = 0
x = 5
x+5 = 0
x = -5
That is, we have two points of intersection with the x-axis, when we discover their x points, and the y point is already known to us (0, as we placed it):
(5,0)(-5,0)
This is the solution!
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Does the parable
Is there a minimum or maximum point?
Minimal point
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
\( y=x(x+5) \)
With the X
Determine the points of intersection of the function
\( y=(x+7)(x+2) \)
With the X
Determine the points of intersection of the function
\( y=(x+3)(x-3) \)
With the X
Determine the points of intersection of the function
\( y=(x-11)(x+1) \)
With the X
Determine the points of intersection of the function
\( y=(x+8)(x-9) \)
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
\( y=(4x+8)(x+1) \)
With the X
Determine the points of intersection of the function
\( y=(x-1)(x-1) \)
With the X
Determine the points of intersection of the function
\( y=x(-x-1) \)
With the X
Consider the following function:
\( y=x(x-1) \)
Determine the points of intersection with x.
Determine the points of intersection of the function
\( y=(-x-3)(x-1) \)
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Consider the following function:
Determine the points of intersection with x.
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
\( y=(x-2)(x+4) \)
With the X
Determine the points of intersection of the function
\( y=2x(2x+4) \)
With the X
Determine the points of intersection of the function
\( y=(x-2)(x+4) \)
With the X
Determine the points of intersection of the function
\( y=(x-9)(x+7) \)
With the X
Determine the points of intersection of the function
\( y=x(x+1) \)
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X
Determine the points of intersection of the function
With the X