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Circles SWBAT: Apply the Power Theorems

Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

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Page 1: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

Circles

SWBAT: Apply the Power Theorems

Page 2: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 3: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

1. Given 2. tangent ⊥ to radius at

pt. of contact.

3. ⊥ → 𝒓𝒊𝒈𝒉𝒕 𝒂𝒏𝒈𝒍𝒆𝒔 4. All 𝒓𝒊𝒈𝒉𝒕 𝒂𝒏𝒈𝒍𝒆𝒔 =

6. Two – Tangent thm 7. SAS (6,4,5)

5. All radii of a ⊙ ≅

8. CPCTC

Statements Reasons

Page 4: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 5: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 6: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 7: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 8: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 9: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

x = 6

6

Page 10: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 11: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 12: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 13: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems

Page 14: Circles - White Plains Middle School€¦ · SWBAT: Apply the Power Theorems 1. Given 2 ... The models below show segment relationships in circles. Secant-Tangent Secant ÂX and tangent

SWBAT: Apply the Power Theorems