Helpful Brief: This screencast describes what an angle of parallelism is in Hyperbolic Geometry for students in SUNY Geneseo's Can you construct a circle which touches these two given circles 'p' and 'q' and passes through point A?

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This screencast walks through some of the procedures (and some of the language) that we use in transformation-based proofs. This screencast describes what an angle of parallelism is in Hyperbolic Geometry for students in SUNY Geneseo's Can you construct a circle which touches these two given circles 'p' and 'q' and passes through point A?

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  • This screencast walks through some of the procedures (and some of the language) that we use in transformation-based proofs.
  • This screencast describes what an angle of parallelism is in Hyperbolic Geometry for students in SUNY Geneseo's
  • Can you construct a circle which touches these two given circles 'p' and 'q' and passes through point A?

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Reference Image Set

MATH335 Examples - Euclidean Inversions
MATH335 Content - Euclidean Inversions in Circles
Circle Inversion: An alternative dimension for problem solving (Part 1) #SoME
INVERSE GEOMETRY: Find the inverse of the circle | Easy way to tackle with difficult problems
MATH335 Examples - Transformation Based Proofs
Geometry of Inversion
MATH335 Content - Angle of Parallelism
Circle Inversion: Zero trigonometry required (Part 2) #SoME3
The Inversion Mapping of a Line
Circle Inversion Insight
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See Helpful Details
MATH335 Examples - Euclidean Inversions

MATH335 Examples - Euclidean Inversions

This screencast describes several theorems that are true about

MATH335 Content - Euclidean Inversions in Circles

MATH335 Content - Euclidean Inversions in Circles

Read more details and related context about MATH335 Content - Euclidean Inversions in Circles.

Circle Inversion: An alternative dimension for problem solving (Part 1) #SoME

Circle Inversion: An alternative dimension for problem solving (Part 1) #SoME

Read more details and related context about Circle Inversion: An alternative dimension for problem solving (Part 1) #SoME.

INVERSE GEOMETRY: Find the inverse of the circle | Easy way to tackle with difficult problems

INVERSE GEOMETRY: Find the inverse of the circle | Easy way to tackle with difficult problems

Can you construct a circle which touches these two given circles 'p' and 'q' and passes through point A? Watch the full video and ...

MATH335 Examples - Transformation Based Proofs

MATH335 Examples - Transformation Based Proofs

This screencast walks through some of the procedures (and some of the language) that we use in transformation-based proofs.

Geometry of Inversion

Geometry of Inversion

Read more details and related context about Geometry of Inversion.

MATH335 Content - Angle of Parallelism

MATH335 Content - Angle of Parallelism

This screencast describes what an angle of parallelism is in Hyperbolic Geometry for students in SUNY Geneseo's

Circle Inversion: Zero trigonometry required (Part 2) #SoME3

Circle Inversion: Zero trigonometry required (Part 2) #SoME3

Read more details and related context about Circle Inversion: Zero trigonometry required (Part 2) #SoME3.

The Inversion Mapping of a Line

The Inversion Mapping of a Line

Read more details and related context about The Inversion Mapping of a Line.

Circle Inversion Insight

Circle Inversion Insight

Read more details and related context about Circle Inversion Insight.