All Advanced Rules (Level 1)
This math topic focuses on the advanced rules of circular geometry. It includes practicing the application of geometry rules to find angles and lengths within circle-related diagrams. Problems often request the user to identify the correct rule to solve specific problems, such as finding specific angles or lengths by referring to provided diagrams and options like calculating proportional or relational measurements between parts of a circle or connected lines. The problems aim to enhance understanding of relationships and properties inherent to circles and their radii, chords, and tangents.
Work on practice problems directly here, or download the printable pdf worksheet to practice offline.
moreGeometry of Circles - All Advanced Rules Worksheet
| Math worksheet on 'Geometry of Circles - All Advanced Rules (Level 1)'. Part of a broader unit on 'Geometry - Circular Geometry Rules - Review' Learn online: app.mobius.academy/math/units/geometry_circular_geometry_rules_review/ |
1
| What geometry rule would help find angle P? |
a
| Angle B is half P - D |
b
| Angle D is half of P - B |
c
| Angle D is twice P - B |
2
| What geometry rule would help find length C? |
a
| Length P is twice C |
b
| Length P is half C |
c
| Lengths P and C are the same |
3
| What geometry rule would help find angle N? |
a
| Angle R is half N - P |
b
| Angle P is twice N - R |
c
| Angle P is half of N - R |
4
| What geometry rule would help find angle X? |
a
| Angle D is twice M - X |
b
| Angle X is half M - D |
c
| Angle D is half of M - X |
5
| What geometry rule would help find length RD? |
a
| Length RD will be twice CX |
b
| Length RD will be twice YZ |
c
| Length RD will be identical to CX |
d
| Length RD will be identical to YZ |
6
| What geometry rule would help find length Y? |
a
| Length Y squared is the same as C times P |
b
| Length Y is the same as C plus P |
c
| Length Y minus C is twice P |
7
| What geometry rule would help find length M? |
a
| Length Y minus M is twice D |
b
| Length Y is the same as M plus D |
c
| Length Y squared is the same as M times D |