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The x-intercepts are the same value as that of factors.

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If you convert this to a graph it turns into a parabola.

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p and q are the zeros/x intercepts of the equation.

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its the only form that can be graphed

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A shrinks the equation or stretches it, h moves it to the left or right, and k moves it up or down.

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it takes a lot of work to find, more then intercept form

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C= y-intercept
A= stretch or shrink

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Intercept form of a quadratic involves putting either y or x as zero, to find both the x and y intercept.

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I know that these points are gonna be on the X asis and its going to be positive because its negative in the equation

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I know that these points are gonna be on the X asis and its going to be positive because its negative in the equation

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It will either be on the x or y axis. So that means either x=0 or y=0

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h and k = vertex (h,k)
a= stretch or shrink

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something that i know about standard form of a quadratic is that the x on Ax and Bx is always the number on the f(x)

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I know that standard form is the product of a factored equation. I also know that it has one squared number with an x value, one x value, and one number~which you cant add together.

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Intercept form is used to find the x-intercepts of the quadratic. Using the Zero Product Property, you set y to 0 and use the inverse of p and q to find the x-intercepts.

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Graphing form is what they use to create a graph from a quadratic equation, it includes the vertex as well as the stretch factor of the parabola.

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Its also known as the vertex form

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Intercept form is based on x and y intercept. 

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Intercept form is based on x and y intercept. 

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“a” is a constant that cannot be 0. “p” and “q” represent the x-intercepts

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The x intercepts are (p,0) and (q,0).

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The variable p in the quadratic is the x intercept

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The variable p in the quadratic is the x intercept

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I know that because its intercept form that the numbers plugged in must be an intercept somewhere on the graph. - RYan A

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a is the leading coefficient and it is a non-zero real number

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Standard form is found by using the box method or the FOIL method. 

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Standard form is found by using the box method or the FOIL method. 

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Graphing form is used to make a parabola on a graph. The "a" value shows how much the parabola gets wider or thinner, and the (h,k) is the vertex.

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Graphing form is used to make a parabola on a graph. The "a" value shows how much the parabola gets wider or thinner, and the (h,k) is the vertex.

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It could confirm the x-intercept and y-intercept

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It could confirm the x-intercept and y-intercept

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The vertex is (h,k)

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p and q represents the x-intercepts

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If a is positive it opens upwards, if the a is negative it opens downwards. -RYan A

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The variable a determine whether the graph will open upward or downward and that c represent the y intercept

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The variable a determine whether the graph will open upward or downward and that c represent the y intercept

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the vertex is (h,k)

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C is also the y-factor in a graphing pair.

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It is the only form that can be graphed (h,k) is the vertex -Will H

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It is the only form that can be graphed (h,k) is the vertex -Will H

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I know it is a leading coefficient

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p and q are the x-intercepts

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q and p are the zeros/x intercepts of the equation.

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The intercept would be (x-p)=0 and (x-q)=) while the y value would also be equal to zero

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H and k are the vertex, a is the stretch or shrink

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c is the y intercept

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The vertex is (h,k) -Ryan A

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I know that these points are going to be on the X axis and is going to be positive.

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I know that these points are going to be on the X axis and is going to be positive.

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When converted to a graph it turns into a parabola -Will H

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When converted to a graph it turns into a parabola -Will H

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the vertex is (h,k)

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Y=a (x-p)(x-q)

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c is the y-factor

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vertex is (h,k)

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The only form that can be graphed, when y is a set value, the x values are the values on the set y axis

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c = the y interpect
a = the stretch or shrink

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a,b, and c are constants such that 'a' is a non-zero number but the values of 'b' and 'c' can be zeros. 

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a,b, and c are constants such that 'a' is a non-zero number but the values of 'b' and 'c' can be zeros. 

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azzz

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h and k are the vertex, a determines if the equation will be shrinking or stretching.

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intercept is based on x and y intercept

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The graph of a quadratic function is a parabola, which is a "u"-shaped curve: A coordinate plane. The x- and y-axes both scale by one. 

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The graph of a quadratic function is a parabola, which is a "u"-shaped curve: A coordinate plane. The x- and y-axes both scale by one. 

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azzz

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The only form to use for a graphing equation is (h,k).

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leading coefficient

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its going to be positive and negative

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The factors can be used to find the x intercepts

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The factors can be used to find the x intercepts

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You always have to have part of it thats squared in order to graph a quadratic.

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Focus on the ^2 to see if its a parabola and to know if it opens upward or downward

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Focus on the ^2 to see if its a parabola and to know if it opens upward or downward

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The graph of a quadratic function is a parabola.

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y=a(x-h)^2+k
to graph you have to find the vertex (h,k)

y=a(x-p)(x-q)
find the x-intercepts to find the points where the parabola's  lines crosses the x-axis

y=ax^2 +bx +c
the y-intercept is c

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- The max/min on a quadratic is the vertex.
- To graph a quadratic, you use graphing form
y=a(x-h)^2+k
-(h,k) is the vertex
-If you separate the parentheses, you can use Zero Product Value to find the x-intercepts.

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So far, we know that in order to graph a quadratic you have to use the y=a(x-h)^2+k equation.

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The graph of a quadratic function is a parabola

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Quadratic equations result in parabola.

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There are different forms that show certain things about the quadratic, like intercept form, which shows the x-intercepts, and vertex form, which shows the vertex.

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equation is ax^2+bx+c

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The graph of a quadratic function is a parabola.
y=ax^2+bx+c....the y intercept is c

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We use the equation y=a(x-h)^2+k to graph a quadratic.

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The graph version of a quadratic is a parabola while h and k is the vertex.

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axis of symmetry = x/h

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In order to graph it you must use y=(x-h)^2+k -Will H

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In order to graph it you must use y=(x-h)^2+k -Will H

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we know that the equation is y=a(x-h)^2+k

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The axis of symmetry is -b/2a. The y- intercept is c in standard form

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You have to find the vertex H,K  to graph 

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You have to find the vertex H,K  to graph 

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1.)The factors of a polynomial are the x-intercepts of a polynomial.
2.)y=3x^2-10x+3
factor:( 3x-1) and (x-3)
x-intercepts: (1/3,0) , (3,0)

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They have the same values

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p and q of the factors are the x-intercepts for a quadratic.