Translations are a way to move shapes from one place to another. When we translate a shape, every part of it moves the same distance and in the same direction.
Even Movement: Every part of the shape moves the same amount, so the shape stays the same size and looks the same.
No Change in Direction: The way the shape is facing doesn’t change when we translate it.
Changing Coordinates: If you have a point (like (x, y)) and you move it using a vector (like (a, b)), the new point will be (x + a, y + b).
Graphing: In math, translating shapes helps us see how they move on a grid.
Computer Graphics: In animations, translations are important for moving characters and objects smoothly across the screen.
Knowing about translations helps in solving problems about where shapes are located. This is useful in areas like engineering and design.
Translations are a way to move shapes from one place to another. When we translate a shape, every part of it moves the same distance and in the same direction.
Even Movement: Every part of the shape moves the same amount, so the shape stays the same size and looks the same.
No Change in Direction: The way the shape is facing doesn’t change when we translate it.
Changing Coordinates: If you have a point (like (x, y)) and you move it using a vector (like (a, b)), the new point will be (x + a, y + b).
Graphing: In math, translating shapes helps us see how they move on a grid.
Computer Graphics: In animations, translations are important for moving characters and objects smoothly across the screen.
Knowing about translations helps in solving problems about where shapes are located. This is useful in areas like engineering and design.