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Group by Symmetry - Intermediate Level: tricky scenarios handling Group by Symmetry INTERMEDIATE

This expert challenge 📈 worksheet focuses on Group by Symmetry - a key topic in Grouping Figures. You'll solve 20 intermediate-level problems (Worksheet 5 of 10). The primary focus is on tricky scenarios handling. Master how to solve group by symmetry, group by symmetry tricks, and group by symmetry shortcut methods through systematic practice.

📝 Worksheet 5 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Intermediate level

What you'll learn in this worksheet:
Your progress through Group by Symmetry
Worksheet 5 of 10 (44% complete)

Question 1

Group these figures by their symmetry typeEach figure is labeled with a letterFDCEBA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 2

Group these figures by their symmetry typeEach figure is labeled with a letterDCFBAE
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 3

Group these figures by their symmetry typeEach figure is labeled with a letterBAFECD
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 4

Group these figures by their symmetry typeEach figure is labeled with a letterBCDA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 5

Group these figures by their symmetry typeEach figure is labeled with a letterEFDCBA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 6

Group these figures by their symmetry typeEach figure is labeled with a letterCEDBAF
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 7

Group these figures by their symmetry typeEach figure is labeled with a letterDBCA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 8

Group these figures by their symmetry typeEach figure is labeled with a letterECFBAD
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 9

Group these figures by their symmetry typeEach figure is labeled with a letterBAECDF
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 10

Group these figures by their symmetry typeEach figure is labeled with a letterFABECD
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 11

Group these figures by their symmetry typeEach figure is labeled with a letterFEDCBA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 12

Group these figures by their symmetry typeEach figure is labeled with a letterCEDBFA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 13

Group these figures by their symmetry typeEach figure is labeled with a letterCDBA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 14

Group these figures by their symmetry typeEach figure is labeled with a letterBAFCDE
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 15

Group these figures by their symmetry typeEach figure is labeled with a letterACBD
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 16

Group these figures by their symmetry typeEach figure is labeled with a letterFADEBC
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 17

Group these figures by their symmetry typeEach figure is labeled with a letterCADFBE
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 18

Group these figures by their symmetry typeEach figure is labeled with a letterDBCA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 19

Group these figures by their symmetry typeEach figure is labeled with a letterCBDA
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.

Question 20

Group these figures by their symmetry typeEach figure is labeled with a letterABCD
Figures with radial symmetry (circle, star) have multiple lines of symmetry through center. Bilateral symmetry means one line divides figure into mirror halves. Asymmetric figures have no symmetry. Rotational symmetry means figure looks same after partial rotation.
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