Select ALL math terms for the angles:
Select ALL math terms for the angles:
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Inverse Operations | arrow_right_alt | The term 3 in the equation: 5x + 3 = 23 |
Isolate the Variable | arrow_right_alt | Operations that undo each other. |
Coefficient | arrow_right_alt | To get the variable by itself on one side of an equation. |
Equation | arrow_right_alt | The 7 in the equation: 7x - 8 = 34 |
Constant | arrow_right_alt | The value that makes an equation true. |
Solution | arrow_right_alt | Two expressions that are the same. |
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Straight Angle | arrow_right_alt | An angle that has a measurement of 90 degrees. |
360 degrees | arrow_right_alt | An angle that has a measurement of 180 degrees. |
Obtuse Angle | arrow_right_alt | The sum of the interior angles of a triangle. |
180 degrees | arrow_right_alt | The sum of the interior angles of a quadrilateral. |
Right Angle | arrow_right_alt | An angle with a measurement less than 90 degrees. |
Acute Angle | arrow_right_alt | An angle with a measurement more than 90 degrees & less than 180 degrees. |
Select ALL math terms for the angles:
Select ALL math terms for the angles:
Select ALL math terms for the angles:
Enter the Algebraic Equation for finding the missing angle measure, y degrees.
Complete the steps in the work space provided.
Fill in the blank.
y =
Enter the Algebraic Equation for finding the missing angle measure, x degrees.
Complete the steps in the work space provided.
Fill in the blank with the measure you for the missing angle.
x =
Enter the algebraic equation you would use to find the width of the rectangle.
Use "w" for the variable in your equation.
Enter the width you got for the rectangle.
Do not include units
Enter the length you got for the rectangle.
Do not include units
Enter the solution you got the problem in equation form.
Enter the solution you got the problem in equation form.
Enter the solution you got for the problem in equation form.
Enter the solution you got the problem in equation form.
Enter the solution you got the problem in equation form.
Enter the solution you got the problem in equation form.
