All Algebra II Resources
Example Questions
Example Question #62 : Completing The Square
Solve for by completing the square.
Start by adding to both sides so that the terms with the are together on the left side of the equation.
Now, look at the coefficient of the -term. To complete the square, divide this coefficient by , then square the result. Add this term to both sides of the equation.
Rewrite the left side of the equation in the squared form.
Take the square root of both sides.
Now solve for .
Round to two places after the decimal.
Example Question #63 : Completing The Square
Solve for by completing the square.
Start by adding to both sides so that the terms with the are together on the left side of the equation.
Next, divide everything by the coefficient of the term.
Now, look at the coefficient of the -term. To complete the square, divide this coefficient by , then square the result. Add this term to both sides of the equation.
Rewrite the left side of the equation in the squared form.
Take the square root of both sides.
Now solve for .
Round to two places after the decimal.
Example Question #66 : Completing The Square
Solve for by completing the square.
Start by subtracting from both sides so that the terms with the are together on the left side of the equation.
Now, look at the coefficient of the -term. To complete the square, divide this coefficient by , then square the result. Add this term to both sides of the equation.
Rewrite the left side of the equation in the squared form.
Take the square root of both sides.
Now solve for .
Round to two places after the decimal.
Example Question #64 : Completing The Square
Solve for by completing the square.
Start by subtracting from both sides so that the terms with the are together on the left side of the equation.
Now, look at the coefficient of the -term. To complete the square, divide this coefficient by , then square the result. Add this term to both sides of the equation.
Rewrite the left side of the equation in the squared form.
Take the square root of both sides.
Now solve for .
Round to two places after the decimal.
Example Question #131 : Solving Quadratic Equations
Solve for by completing the square.
Start by adding to both sides so that the terms with the are together on the left side of the equation.
Next, divide everything by the coefficient of the term.
Now, look at the coefficient of the -term. To complete the square, divide this coefficient by , then square the result. Add this term to both sides of the equation.
Rewrite the left side of the equation in the squared form.
Take the square root of both sides.
Now solve for .
Round to two places after the decimal.
Example Question #65 : Completing The Square
Solve for by completing the square.
Start by adding to both sides so that the terms with the are together on the left side of the equation.
Next, divide everything by the coefficient of the term.
Now, look at the coefficient of the -term. To complete the square, divide this coefficient by , then square the result. Add this term to both sides of the equation.
Rewrite the left side of the equation in the squared form.
Take the square root of both sides.
Now solve for .
Round to two places after the decimal.
Example Question #131 : Solving Quadratic Equations
Which number completes the following square equation:
___
In order to complete the square, you half the middle number and square it.
__________
Example Question #1591 : Algebra Ii
Solve the equation using the quadratic formula:
The quadratic formula:
Example Question #241 : Functions And Lines
The product of two consective positive odd integers is 143. Find both integers.
If is one odd number, then the next odd number is . If their product is 143, then the following equation is true.
Distribute into the parenthesis.
Subtract 143 from both sides.
This can be solved by factoring, or by the quadratic equation. We will use the latter.
We are told that both integers are positive, so .
The other integer is .
Example Question #92 : Algebraic Functions
Solve for :
The solution is undefined.
To factor this equation, first find two numbers that multiply to 35 and sum to 12. These numbers are 5 and 7. Split up 12x using these two coefficients: