Displacement and rotation of geometrical figure?

Answer 1

Displacement is defined as moving of something from its position. Rotation is defined as the action of rotating around an axis or center. A geometrical figure can be displaced or rotated in either order to produce the same end result.

Answer 2

Ah, the beauty of displacement and rotation in geometry! Imagine gently moving a shape from one spot to another, like a cloud floating across the sky. And rotation is like turning a shape around a point, just like a happy little dance. It's all about exploring the different ways shapes can move and change, creating a world of endless possibilities on your canvas of mathematics.

Answer 3

Displacement refers to the movement of a geometric figure from one location to another without any change in orientation. This can be achieved through translation, where the figure is moved along a straight line. Rotation, on the other hand, involves turning the figure around a fixed point known as the center of rotation. The amount of rotation is typically measured in degrees, with a full rotation being 360 degrees.

Answer 4

Oh, dude, displacement is when you move a shape from one place to another without rotating it. Rotation, on the other hand, is when you spin that shape around a point. So, like, displacement is like picking up your Pizza and moving it to the couch, while rotation is like spinning it around before you take a bite.