This form is called factored because it uses the factors of a multiplication.
With this form, we can easily identify the points of intersection of the function with the axis.
The factored form of the quadratic function looks like this:
This form is called factored because it uses the factors of a multiplication.
With this form, we can easily identify the points of intersection of the function with the axis.
The factored form of the quadratic function looks like this:
Find the standard representation of the following function
\( f(x)=(x-2)(x+5) \)
Determine the points of intersection of the function
\( y=(x-5)(x+5) \)
With the X
Find the standard representation of the following function
\( f(x)=3x(x+4) \)
Find the standard representation of the following function
\( f(x)=(x+2)(x-4) \)
Find the standard representation of the following function
\( f(x)=(x-6)(x-2) \)
Find the standard representation of the following function
We will use the expanded distributive property.
(a+1)⋆(b+2) = ab+2a+b+2
Let's substitute the given values and solve:
(x-2)(x+5) =
x²-2x+5x+-2*5=
x²+3x-10
And that's the solution!
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!
Find the standard representation of the following function
Find the standard representation of the following function
Find the standard representation of the following function
Find the standard representation of the following function
\( f(x)=-x(x-8) \)
Does the parable
\( y=(x-2)(x+1) \)
Is there a minimum or maximum point?
Determine the points of intersection of the function
\( y=x(-x-1) \)
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
\( y=x(x+5) \)
With the X
Find the standard representation of the following function
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
With the X
Determine the points of intersection of the function
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
\( y=(x-1)(x+10) \)
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
\( y=(x-1)(x-1) \)
With the X
Determine the points of intersection of the function
\( y=(x-11)(x+1) \)
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
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