Explain the process that is used to transform a quadratic equation from standard form to vertex form

Step-by-step explanation:

The standard form of a quadratic equation is y= where a, b, and c are coefficients and x, y are variables.  

The vertex form of a quadratic equation is y= where m represents the slope of the line and h and k are any points on the line.

To convert a quadratic equation from the standard form to the vertex form we follow the following steps:

1. Factor coefficient: Factorise the standard form of the quadratic equation by finding the  pair of numbers that add up to b and multiply to ac. For example consider the quadratic equation, , factorise this equation as .

2. Divide coefficient: Divide the coefficient of the x term inside the excursion by 2.Square that number using the square root property. In this example, the coefficient of x is -14.

3. Balance equation: Add the number inside the excursion, and then in order to balance the equation, multiply it by the factor on the outside of excursion and subtract this number from the whole quadratic equation.

For example   becomes as 49×2=98. Now, simplify the equations by combining the terms that is .

4. Convert terms: Convert the terms inside excursion to a squared unit of the form . The value of h is equal to half the coefficient of the x term. thus, becomes and the equation becomes in the vertex form.

dalila is incorrect. the whisker on the left is very long, going all the way out to 5. the whisker goes from 5 to 30, so it has a spread of 25. the rest of the box plot values are closer together, so 5 is an outlier

segment bisector

step-by-step explanation:

line segment bisector. definition: a line, ray or segment which cuts another line segment into two equal parts. try this drag one of the orange dots at a or b and note the the line ab always divides the line pq into two equal parts.

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