Voabulary Words Quadratic Equations
Vocabulary Words used to Introduce Quadratic Equations.
Vocabulary Words used to Introduce Quadratic Equations.
Match each of the following vacabulary words with its definition, equation or formula.
| Stavka koja se može prevući | arrow_right_alt | Odgovarajuća stavka |
|---|---|---|
horizontal translation | arrow_right_alt | U shaped graph of a quadratic equation. |
Standard form equation | arrow_right_alt | The turning point of a parabola, it represents the maximum or minimum point of the parabola. |
Two real solutions | arrow_right_alt | The vertical line parallel to the y-axis that divides the parabola into 2 symetrical halves. |
k is positive | arrow_right_alt | The place where the parabola corses or intersects with the x-axis. |
|a| is less than 1 but greater than 0 0<|a|<1 | arrow_right_alt | |
No real solutions | arrow_right_alt | |
minimum | arrow_right_alt | |
k is negative | arrow_right_alt | the highest point of the parabola, it happens when a is negative and the parabola opens down. |
Complete Quadratic Equation | arrow_right_alt | the lowest point of a parabola, it happens when a is positive and the parabola open up. |
Incomplete Mixed Quadratic Equation | arrow_right_alt | the simplest form of a parabola |
Incomplete Pure Quadratic Equation | arrow_right_alt | transformation that stretches (narrows) or compresses (widens) a parabola depending on the absolute value of |a|. Stretches if |a| > 1 Compresses if 0<|a|<1 |
|a| is greater than 1 | arrow_right_alt | transformatoion that reflect the parabola over the x-axis when the value of a is negative. |
parent function | arrow_right_alt | transformation that shifts the parabola up or down depending on the value of k. If k is negative the parabola shifts down, if k is positive the parabola shiifts up. |
Equation for the axis of symmetry | arrow_right_alt | transformation that shifts the parabola left or right depending on the value of h. If h is negative the parabola shifts right, if h is positive the parabola shifts left. Remember that the vaklue of h is opposite in the equation. |
h is positive | arrow_right_alt | Parabola open up |
maximum | arrow_right_alt | Parabola opens down |
Quadratic formula | arrow_right_alt | Parabola become narrower (stretches) compared to the parabola of the parent function |
vertex form equation | arrow_right_alt | Parabola becomes wider (compresses) compared to the parabola of the parent function |
Axis of Symmetry | arrow_right_alt | Vertex of the Parabola shifts up compared to the vertex of the parent function. |
a positive | arrow_right_alt | Vertex of the parabola shifts down compared to the vertex of the parent function. |
vertical translation | arrow_right_alt | Vertex of the parabola shifts left compared to the vertex of the parent function. |
vertex | arrow_right_alt | Vertex of the parabola shifts right compared to the vertex of the parent function. |
a negative | arrow_right_alt | determines the number of real solutions that a quadratic equations has. |
One real solution | arrow_right_alt | the value of the discriminant is negative. |
Parabola | arrow_right_alt | the value of the discriminant is zero. |
dilatation | arrow_right_alt | the value of the discriminant is positive. |
h is negative | arrow_right_alt | |
discriminant | arrow_right_alt | A quadratic equation that only has the quadratic term and the independent or constant term. Both terms ,must be perfect squares and the opperation sign between the terms must be negative. |
reflection | arrow_right_alt | A quadratic equation that has only the quadratic term and the linear term. |
x-intercetpt, solution, roots or zeros | arrow_right_alt | A quadratic equation that has all three terms, a quadratic term (ax^2), a linear term (bx) and a constant or independent term (c) |