A quick summary of how to convert quadratics: - From General form to Factorised form.
- From General form to Turning Point form.
- From Factorised form to General form.
- From Factorised form to Turning Point form.
- From Turning Point form to General form.
- From Turning Point form to Factorised form.

(I kinda already know but I need some well-written notes all in one place so I don't forget.)

2

step-by-step explanation:

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2 2/3 hours duhh silly

step-by-step explanation:

it is rigid.; it is isometric. ; the size is preserved.

step-by-step explanation:

a translation is called an isometry; these are transformations that preserve congruence between pre-images and images.

they are also called rigid transformations, as the only thing that can happen to a pre-image is that it is moved or turned, not stretched or shrunk.

since congruence is preserved, the size is preserved.