Understanding how different changes can mix together to create new graphs is pretty interesting! Here's a simple breakdown of what I've learned:
Translations: This means moving the graph up, down, left, or right. For example, if you take the function and move it up by 3, it becomes .
Reflections: This flips the graph over a specific line. If you flip it over the x-axis, it changes from to . If you flip it over the y-axis, it changes to .
Stretching/Compressing: This changes how the graph looks. If you squish it down, you might multiply by a factor like , turning it into . Stretching it out is just the opposite!
When you mix these changes together, the order makes a difference! For example, if you reflect over the x-axis first and then move it up by 4 units, it works like this:
Seeing this combination on a graph can really help us understand how the functions change and connect, which is pretty cool!
Understanding how different changes can mix together to create new graphs is pretty interesting! Here's a simple breakdown of what I've learned:
Translations: This means moving the graph up, down, left, or right. For example, if you take the function and move it up by 3, it becomes .
Reflections: This flips the graph over a specific line. If you flip it over the x-axis, it changes from to . If you flip it over the y-axis, it changes to .
Stretching/Compressing: This changes how the graph looks. If you squish it down, you might multiply by a factor like , turning it into . Stretching it out is just the opposite!
When you mix these changes together, the order makes a difference! For example, if you reflect over the x-axis first and then move it up by 4 units, it works like this:
Seeing this combination on a graph can really help us understand how the functions change and connect, which is pretty cool!