All Algebra 1 Resources
Example Questions
Example Question #1 : Quadratic Equations
Find all of the solutions to the following quadratic equation:
None of the above
This requires the use of the quadratic formula. Recall that:
for .
For this problem, .
So,
.
.
Therefore, the two solutions are:
Example Question #31 : Solving Equations And Inequallities
Solve for .
No solution
Write the equation in standard form by first eliminating parentheses, then moving all terms to the left of the equal sign.
First:
Inside:
Outside:
Last:
Now factor, set each binomial to zero, and solve individually. We are lookig for two numbers with sum and product ; these numbers are .
and
or
The solution set is .
Example Question #3 : How To Find The Solution To A Quadratic Equation
Solve for :
Eliminate parentheses, then write this quadratic equation in standard form, with all nonzero terms on one side:
Now factor the quadratic expression using the -method - split the middle term into two terms whose coefficients add up to 11 and have product . These numbers are
Set each factor to 0:
Example Question #7 : How To Find The Solution To A Quadratic Equation
Example Question #4 : How To Find The Solution To A Quadratic Equation
Example Question #61 : Systems Of Equations
Example Question #2311 : Algebra 1
Example Question #2312 : Algebra 1
Example Question #32 : Solving Equations And Inequallities
Solve for .
Solve by factoring. We need to find two factors that multiply to eight and add to six.
One of these factors must equal zero in order for the equation to be true.
Example Question #2313 : Algebra 1
Solve
First, we must factor out any common factors between the two terms. Both 3 and 12 share a factor of 3, so we can "take" 3 out, like this:
.
Inside the parentheses, it becomes clear that this is a difference of squares problem (a special factor), which can be solved with the equation
.
Thus, .
Now, we can set each factor to 0, and solve for :
and
.