Finding the center of enlargement can be tricky because of a few reasons:
Visual Complexity: Sometimes, shapes look squished or stretched. This makes it hard to see how they relate to each other.
Scale Factors: If it's not clear whether a shape is getting bigger or smaller, it can be confusing.
But don't worry! Here are some steps you can follow to make it easier:
Draw Lines: Connect points that match up in the original shape and the enlarged shape.
Find the Intersection: Look for where those lines cross. That point is the center of enlargement.
Use Ratios: Make sure the distances from the center to the matching points follow the same ratio as the scale factor ( k ).
By using these simple techniques, you can make this task a lot easier!
Finding the center of enlargement can be tricky because of a few reasons:
Visual Complexity: Sometimes, shapes look squished or stretched. This makes it hard to see how they relate to each other.
Scale Factors: If it's not clear whether a shape is getting bigger or smaller, it can be confusing.
But don't worry! Here are some steps you can follow to make it easier:
Draw Lines: Connect points that match up in the original shape and the enlarged shape.
Find the Intersection: Look for where those lines cross. That point is the center of enlargement.
Use Ratios: Make sure the distances from the center to the matching points follow the same ratio as the scale factor ( k ).
By using these simple techniques, you can make this task a lot easier!