geometry rules for transformations geometry graph rotation

And then this pointĬorresponds to that point, and that point corresponds to that point, so they actually look like Get to quadrilateral B? So let's see, it looks like this point corresponds to that point.

What single transformation was applied to quadrilateral A to And I don't know the exact point that we're rotating around,īut this looks pretty clear, like a rotation. And if you rotate around that point, you could get to a situation This point went over here, and so we could be rotating around some point right about here. Looks like there might be a rotation here. Translated in different ways, so it's definitely notĪ straight translation. So it doesn't look likeĪ straight translation because they would have been What single transformation was applied to triangle A to get to triangle B? So if I look at these diagrams, this point seems toĬorrespond with that one. And so, right like this, they have all been translated. Or another way I could say it, they have all been translated a little bit to the right and up. Happened is that every one of these points has been shifted. What single transformation was applied to triangle A to get triangle B? So it looks like triangleĪ and triangle B, they're the same size, and what's really So with that out of the way, let's think about this question. Going to either shrink or expand some type of a figure. And we'll look at dilations, where you're essentially We're gonna look at reflection, where you flip a figure We're gonna look at translations, where you're shifting all Where you are spinning something around a point.

We're gonna look at are things like rotations Going to do in this video is get some practice identifying

Geometry rules for transformations geometry graph rotation