Description
This mathtivity packet contains 2 activities that you can differentiate based on content and difficulty.
Activity 1:
Create your own Geome-"tree" to practice plane and/or solid shape identification and graphing! Includes all directions and printables, including a page to write about your data. Differentiate based on if you are learning about plane or solid shapes.
Activity 2:
Create a composite shaped Geome-"tree" with trapezoids and triangles. If that is too easy, use the hard version with squares, equilateral and right triangles. Then write about how to build your composite shape!
This is a fun winter activity that can also be used even if you cannot celebrate the Christmas season (just create a WINTER Geome-"tree"!)
Check out my teaching blog for more fun and freebies: www.tattlingtotheteacher.blogspot.com.
Thanks!
Activity 1:
Create your own Geome-"tree" to practice plane and/or solid shape identification and graphing! Includes all directions and printables, including a page to write about your data. Differentiate based on if you are learning about plane or solid shapes.
Activity 2:
Create a composite shaped Geome-"tree" with trapezoids and triangles. If that is too easy, use the hard version with squares, equilateral and right triangles. Then write about how to build your composite shape!
This is a fun winter activity that can also be used even if you cannot celebrate the Christmas season (just create a WINTER Geome-"tree"!)
Check out my teaching blog for more fun and freebies: www.tattlingtotheteacher.blogspot.com.
Thanks!
Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.
Highlights
Description
This mathtivity packet contains 2 activities that you can differentiate based on content and difficulty.
Activity 1:
Create your own Geome-"tree" to practice plane and/or solid shape identification and graphing! Includes all directions and printables, including a page to write about your data. Differentiate based on if you are learning about plane or solid shapes.
Activity 2:
Create a composite shaped Geome-"tree" with trapezoids and triangles. If that is too easy, use the hard version with squares, equilateral and right triangles. Then write about how to build your composite shape!
This is a fun winter activity that can also be used even if you cannot celebrate the Christmas season (just create a WINTER Geome-"tree"!)
Check out my teaching blog for more fun and freebies: www.tattlingtotheteacher.blogspot.com.
Thanks!
Activity 1:
Create your own Geome-"tree" to practice plane and/or solid shape identification and graphing! Includes all directions and printables, including a page to write about your data. Differentiate based on if you are learning about plane or solid shapes.
Activity 2:
Create a composite shaped Geome-"tree" with trapezoids and triangles. If that is too easy, use the hard version with squares, equilateral and right triangles. Then write about how to build your composite shape!
This is a fun winter activity that can also be used even if you cannot celebrate the Christmas season (just create a WINTER Geome-"tree"!)
Check out my teaching blog for more fun and freebies: www.tattlingtotheteacher.blogspot.com.
Thanks!
Report this resource to TPT
Reported resources will be reviewed by our team. Report this resource to let us know if this resource violates TPT's content guidelines.
Reviews
All verified TPT purchases
I had used this activity many years ago and was so glad to find it again to use as we finish up for the winter break.
Kids loved this!
Sneaky way to review math skills while still being cute and fun and holiday-themed!
This was perfect for our geome-tree!
This is a wonderful resource and really useful and fun way to review geometry during the holiday season. Thanks!
Great way to reinforce shapes!
The name makes me giggle. I had students from the previous year ask me if I'd be doing it again. If it was that memorable, I suppose the answer is yes!
This was a great way to reinforce shapes and graphs. Thank you!
Questions & Answers
Loading
Loading
