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Master Group by Symmetry - Beginner Level Problems Group by Symmetry BEGINNER

Excel in competitive exams with this skill builder ⚡ worksheet on Group by Symmetry. Worksheet 3 of 10 contains 20 beginner-level problems. Target your step-by-step problem solving skills while practicing group by symmetry practice, group by symmetry for competitive exams, and how to solve group by symmetry.

📝 Worksheet 3 of 10 • 20 questions • ⏱️ Estimated time: 20 minutes • 🎯 Beginner level

What you'll learn in this worksheet:
Your progress through Group by Symmetry
Worksheet 3 of 10 (22% complete)

Question 1

Group these figures by their symmetry typeEach figure is labeled with a letterDACB
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 letterDABC
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 letterBFDAEC
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 letterEFACBD
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 letterDBCEFA
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 letterDABC
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 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 8

Group these figures by their symmetry typeEach figure is labeled with a letterADBC
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 letterDEBAFC
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 letterBADC
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 letterBACD
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 letterBACEFD
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 letterCBAD
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 letterCDEFAB
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 letterCBAD
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 letterBDCA
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 letterDABC
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 letterACBDEF
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 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 20

Group these figures by their symmetry typeEach figure is labeled with a letterBDCA
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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