All Algebra 1 Resources
Example Questions
Example Question #3 : How To Factor A Polynomial
Solve by using the quadratic formula:
For the quadeatic equation . Applying these to the quadratic formula
we get
resulting in
and
Example Question #4551 : Algebra 1
Find the axis of symmetry and the minimum/maximum value of the following quadratic equation in standard form:
, Maximum value of the function
, Minimum value of the function
, Minimum value of the function
, Minimum value of the function
, Maximum value of the function
, Maximum value of the function
If we convert the given quadratic equation from standard form to vertex form, we get:
Hence the axis of symmetry is
and the minimum value at is ( this function is concave down)
Example Question #5 : Solving By Factoring
Write the equation of a circle having (3, 4) as center and a radius of .
The center is located at (3,4) which means the standard equation of a circle which is:
becomes
which equals to
Example Question #1 : Factoring Polynomials
Factor:
This is a difference of cubes.
are all cubes. So the formula for factoring this expression is:
Example Question #6 : Factoring Polynomials
Equation of a circle in standard form:
with center and radius equal to .
Find out the radius and center of circle from the given equation in expanded form:
The center is and the radius =
Center : and the radius =
Center: and the radius =
Center: and the radius =
Center: and the radius =
The center is and the radius =
The given equation in standard form :
Hence the center: and the radius = .
Example Question #2 : How To Factor A Polynomial
Factor:
Difference of 2 squares is equal to the product of the sum and difference of two terms.
The two terms here are and and the product therefore equals to
Example Question #3 : Factoring Polynomials
Simplify:
By factoring both the numerator and the denominator we get the following:
If we simplify we get:
Example Question #2 : Solving By Factoring
Simplify:
Change division into multiplication by the reciprocal which gives us the following
Now
this results in the following:
Simplification gives us
which equals
Example Question #321 : Variables
Simplify .
Here, we simply need to identify that the numerator, , is a factor of the denominator. Let's start by factoring . The reverse FOIL method shows us that multiplies to give us , so we can rewrite the fraction as . Canceling the common term gives us our answer of .
Example Question #12 : How To Factor A Polynomial
Factor the polynomial completely:
The polynomial cannot be factored further.
The coefficients 16 and 64 have greatest common factor 16; there is no variable that is shared by both terms. Therefore, we can distribute out 16:
cannot be factored further, so is as far as we can go.
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