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How Do Different Transformations Combine to Create New Function Graphs?

Understanding how different changes can mix together to create new graphs is pretty interesting! Here's a simple breakdown of what I've learned:

Types of Changes

  1. Translations: This means moving the graph up, down, left, or right. For example, if you take the function f(x)f(x) and move it up by 3, it becomes f(x)+3f(x) + 3.

  2. Reflections: This flips the graph over a specific line. If you flip it over the x-axis, it changes from f(x)f(x) to f(x)-f(x). If you flip it over the y-axis, it changes to f(x)f(-x).

  3. Stretching/Compressing: This changes how the graph looks. If you squish it down, you might multiply by a factor like 1/21/2, turning it into 1/2f(x)1/2 f(x). Stretching it out is just the opposite!

Combining Changes

When you mix these changes together, the order makes a difference! For example, if you reflect f(x)f(x) over the x-axis first and then move it up by 4 units, it works like this:

  1. Reflect: f(x)-f(x)
  2. Move up: f(x)+4-f(x) + 4

Seeing this combination on a graph can really help us understand how the functions change and connect, which is pretty cool!

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How Do Different Transformations Combine to Create New Function Graphs?

Understanding how different changes can mix together to create new graphs is pretty interesting! Here's a simple breakdown of what I've learned:

Types of Changes

  1. Translations: This means moving the graph up, down, left, or right. For example, if you take the function f(x)f(x) and move it up by 3, it becomes f(x)+3f(x) + 3.

  2. Reflections: This flips the graph over a specific line. If you flip it over the x-axis, it changes from f(x)f(x) to f(x)-f(x). If you flip it over the y-axis, it changes to f(x)f(-x).

  3. Stretching/Compressing: This changes how the graph looks. If you squish it down, you might multiply by a factor like 1/21/2, turning it into 1/2f(x)1/2 f(x). Stretching it out is just the opposite!

Combining Changes

When you mix these changes together, the order makes a difference! For example, if you reflect f(x)f(x) over the x-axis first and then move it up by 4 units, it works like this:

  1. Reflect: f(x)-f(x)
  2. Move up: f(x)+4-f(x) + 4

Seeing this combination on a graph can really help us understand how the functions change and connect, which is pretty cool!

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