Канал: Michael McGuckin

6 1 Intro to Vectors

6 1 Intro to Vectors

6 1 Direction Angle of Vector

6 1 Direction Angle of Vector

1.4 Pt 2 Modeling with function Composition

1.4 Pt 2 Modeling with function Composition

1 3 Pt 2 Twelve Basic Functions

1 3 Pt 2 Twelve Basic Functions

1 3 Pt 1 Twelve Basic Functions

1 3 Pt 1 Twelve Basic Functions

1 2 Analysis of Functions

1 2 Analysis of Functions

8.2 Ellipses part 5 finding key points of ellipse not centered at origin

8.2 Ellipses part 5 finding key points of ellipse not centered at origin

8.2 Ellipses part 4 finding equation of ellipse not centered at origin

8.2 Ellipses part 4 finding equation of ellipse not centered at origin

8.2 Ellipses part 3 finding equation of ellipse given focus and minor axis

8.2 Ellipses part 3 finding equation of ellipse given focus and minor axis

8.2 Ellipses part 2 Finding Vertices and Foci centered at origin

8.2 Ellipses part 2 Finding Vertices and Foci centered at origin

8.2 Ellipses part 1 Anatomy of Ellipses

8.2 Ellipses part 1 Anatomy of Ellipses

8.1 Parabolas - Focus, Directrix, Focal Width, Vertex Intro

8.1 Parabolas - Focus, Directrix, Focal Width, Vertex Intro

8.1 Parabolas part 5 - obtaining standard form

8.1 Parabolas part 5 - obtaining standard form

8.1 Parabolas Part 3 - Equation with vertex not at origin

8.1 Parabolas Part 3 - Equation with vertex not at origin

8.1 Parabolas Part 2 - Find equation of parabola centered at origin

8.1 Parabolas Part 2 - Find equation of parabola centered at origin

8 1 part 4 Graphing Horizontal Facing Parabolas on Calculator

8 1 part 4 Graphing Horizontal Facing Parabolas on Calculator

6.6 De Moivre’s Theorem Part 4 (De Moivre’s Theorem defined and utilized)

6.6 De Moivre’s Theorem Part 4 (De Moivre’s Theorem defined and utilized)

6.6 De Moivre’s Theorem Part 3 (Multiply and Divide Polar form of complex Numbers)

6.6 De Moivre’s Theorem Part 3 (Multiply and Divide Polar form of complex Numbers)

6.6 De Moivre’s Theorem Part 2 (Complex Form to Polar Form)

6.6 De Moivre’s Theorem Part 2 (Complex Form to Polar Form)

6.6 De Moivre’s Theorem Part 1 (Complex Plane and allot Complex Numbers)

6.6 De Moivre’s Theorem Part 1 (Complex Plane and allot Complex Numbers)

6.4 Polar Coordinates Part 6 (Converting from Polar Equation to Rectangular Equation)

6.4 Polar Coordinates Part 6 (Converting from Polar Equation to Rectangular Equation)

6.4 Polar Coordinates Part 5 (Converting From Rectangular to Polar Coordinates)

6.4 Polar Coordinates Part 5 (Converting From Rectangular to Polar Coordinates)

6.4 Polar Coordinates Part 7 (Converting from Rectangular Equation to Polar Equation)

6.4 Polar Coordinates Part 7 (Converting from Rectangular Equation to Polar Equation)

6.4 Polar Coordinates Part 2 (Plotting Polar Coordinates)

6.4 Polar Coordinates Part 2 (Plotting Polar Coordinates)

6.4 Polar Coordinates Part 4 (Converting from Polar to Rectangular Coordinates)

6.4 Polar Coordinates Part 4 (Converting from Polar to Rectangular Coordinates)

6.4 Polar Coordinates Part 3 (Finding All Polar Coordinates for a Point)

6.4 Polar Coordinates Part 3 (Finding All Polar Coordinates for a Point)

6.4 Polar Coordinates Part 1 (What are polar coordinates?)

6.4 Polar Coordinates Part 1 (What are polar coordinates?)

6.3 Parametric Equation Application Problem Part 7

6.3 Parametric Equation Application Problem Part 7

6.3 Parametric Equations Part 6 (Parameterize a line)

6.3 Parametric Equations Part 6 (Parameterize a line)

6.3 Parametric Equations Part 5 (Vector Equations, Parametrize a Line)

6.3 Parametric Equations Part 5 (Vector Equations, Parametrize a Line)

6 3 Parametric Equations Part 4 Eliminate Parameter Tricky Question

6 3 Parametric Equations Part 4 Eliminate Parameter Tricky Question

6 3 Part 3 Eliminating the Parameter

6 3 Part 3 Eliminating the Parameter

6 3 Part 2 Graphing Parametric Equations

6 3 Part 2 Graphing Parametric Equations

6 3 Part 1 Parametric Equations Defined and Unit Circle Graph

6 3 Part 1 Parametric Equations Defined and Unit Circle Graph

6.2 Dot Product Part 3 (Angle between vectors)

6.2 Dot Product Part 3 (Angle between vectors)

6.2 Dot Product Part 4 (Proving Vectors Orthogonal)

6.2 Dot Product Part 4 (Proving Vectors Orthogonal)

6.2 Dot Product part 1

6.2 Dot Product part 1

6.2 Dot Product part 2 (use dot product to find length)

6.2 Dot Product part 2 (use dot product to find length)

6.1 Vectors Part 7 (Application of Vectors)

6.1 Vectors Part 7 (Application of Vectors)

6.1 Vectors Part 6 (Finding Direction Angle)

6.1 Vectors Part 6 (Finding Direction Angle)

6.1 Vectors Part 5 (Direction Angle Defined)

6.1 Vectors Part 5 (Direction Angle Defined)

6.1 Vectors Part 1 (Definition and HMT)

6.1 Vectors Part 1 (Definition and HMT)

6.1 Vectors Part 4 ( Unit Vectors)

6.1 Vectors Part 4 ( Unit Vectors)

6.1 Vectors Part 3 (Scalars and Vector Operations)

6.1 Vectors Part 3 (Scalars and Vector Operations)

6.1 Vectors Part 2 (Magnitude)

6.1 Vectors Part 2 (Magnitude)

Michael McGuckin Live Stream

Michael McGuckin Live Stream

10 3 Equidistant Chords Theorem

10 3 Equidistant Chords Theorem

10 3 Theorems of Chords

10 3 Theorems of Chords

10 2 Similar Circles

10 2 Similar Circles

10 2 Congruent Central Angles Theorem

10 2 Congruent Central Angles Theorem

10 2 Arc Addition Postulate

10 2 Arc Addition Postulate

10 2 Central Angles, Minor and Major Arcs

10 2 Central Angles, Minor and Major Arcs

10 1Tangent Line Theorems

10 1Tangent Line Theorems

10 1 Lines and Segments of a Circle

10 1 Lines and Segments of a Circle

10 1 Coplanar Circles and Common Tangents

10 1 Coplanar Circles and Common Tangents

Writing Perpendicular Equations 3 5

Writing Perpendicular Equations 3 5

Determining if Lines are Parallel by their Slope 3 5

Determining if Lines are Parallel by their Slope 3 5

Finding the Distance from Point to a Line when Not Given Perp Segment

Finding the Distance from Point to a Line when Not Given Perp Segment

Writing Parallel Equations 3 5

Writing Parallel Equations 3 5

3 1 Find the Error

3 1 Find the Error

Reflexive Symmetric Transitive Property

Reflexive Symmetric Transitive Property

Reflexive Symmetric Transitive Property

Reflexive Symmetric Transitive Property

8 4 Triangle Proportionality Theorem

8 4 Triangle Proportionality Theorem

8 4 Triangle Angle Bisector Theorem

8 4 Triangle Angle Bisector Theorem

8 4 Three Parallel Lines Theorem

8 4 Three Parallel Lines Theorem

8 3 Proving Triangles Similar by SAS Similarity

8 3 Proving Triangles Similar by SAS Similarity

8 3 Proving Triangles Similar by SSS Similarity

8 3 Proving Triangles Similar by SSS Similarity

8 2 Similar Triangles in Application

8 2 Similar Triangles in Application

8 2 Proving Triangles Similar by AA

8 2 Proving Triangles Similar by AA

8 1 Perimeter of Similar Polygons

8 1 Perimeter of Similar Polygons

8 1 Area of Similar Polygons

8 1 Area of Similar Polygons

8 1 Corresponding Lengths Examples

8 1 Corresponding Lengths Examples

8 1 Similar Polygons, Scale Factor, Similarity Statements

8 1 Similar Polygons, Scale Factor, Similarity Statements

8 2 Proving Triangles Similar by AA Example 2

8 2 Proving Triangles Similar by AA Example 2

7 2 Parallelogram proof

7 2 Parallelogram proof

7 1 Polygon Interior Angles Sum

7 1 Polygon Interior Angles Sum

7 4 Special Parallelograms

7 4 Special Parallelograms

7 4 Properties of Rhombi

7 4 Properties of Rhombi

7 5 Properties of Trapezoids Part 3

7 5 Properties of Trapezoids Part 3

7 5 Properties of Trapezoids Part 1

7 5 Properties of Trapezoids Part 1

7 4 Special Parallelograms Properties Example

7 4 Special Parallelograms Properties Example

7 5 Properties of Trapezoids Part 2

7 5 Properties of Trapezoids Part 2

7 5 Properties of Kites

7 5 Properties of Kites

7 3 5 Ways to Prove a Quadrilateral is a Parallelogram

7 3 5 Ways to Prove a Quadrilateral is a Parallelogram

7 4 Properties of Rectangles

7 4 Properties of Rectangles

7 1 Regular Polygons

7 1 Regular Polygons

7 3 5 Ways to Prove a Quadrilateral is a Parallelogram

7 3 5 Ways to Prove a Quadrilateral is a Parallelogram

7 2 Properties of Parallelograms Part 2

7 2 Properties of Parallelograms Part 2

7 3 5 Ways to Prove a Quadrilateral is a Parallelogram Algebraic Connection

7 3 5 Ways to Prove a Quadrilateral is a Parallelogram Algebraic Connection

7 2 Properties of Parallelograms Part 1

7 2 Properties of Parallelograms Part 1

7 1 Exterior Angles of Polygons

7 1 Exterior Angles of Polygons

7 1 Determining Number of Sides of Regular Polygon

7 1 Determining Number of Sides of Regular Polygon

7 1 Polygon Interior Angles Sum Example

7 1 Polygon Interior Angles Sum Example

6 6 Hinge Theorem Defined and Proof Example

6 6 Hinge Theorem Defined and Proof Example

6 3 Median and Centroid Defined

6 3 Median and Centroid Defined

6 3 Orthocenter Defined and on a Coord Plane

6 3 Orthocenter Defined and on a Coord Plane

6 4 Triangle Midsegment Theorem Algebraic Application

6 4 Triangle Midsegment Theorem Algebraic Application

6 4 Triangle Midsegment Theorem

6 4 Triangle Midsegment Theorem

6 6 Hinge Theorem Proof

6 6 Hinge Theorem Proof

6 4 Triangle Midsegment Theorem Application

6 4 Triangle Midsegment Theorem Application

6 3 Finding Coordinates for Centroid

6 3 Finding Coordinates for Centroid

6 2 Incenter Application Question

6 2 Incenter Application Question

6 2 Incenter Defined and Application

6 2 Incenter Defined and Application

6 1 Equation of Perpendicular Bisector

6 1 Equation of Perpendicular Bisector

6 1 Perpendicular Bisector Theorem and Converse

6 1 Perpendicular Bisector Theorem and Converse

6 1 Angle Bisector Theorem and Converse

6 1 Angle Bisector Theorem and Converse

5 6 ASA Defined and Example Proof

5 6 ASA Defined and Example Proof

5 6 AAS Defined and Example Proof

5 6 AAS Defined and Example Proof

5 6 Triangle Congruence Proof

5 6 Triangle Congruence Proof

5 5 SSS Defined and Example Proofs

5 5 SSS Defined and Example Proofs

5 5 HLT Proof

5 5 HLT Proof

5 5 HLT Defined and Example Proofs

5 5 HLT Defined and Example Proofs

5 7 CPCTC Example Proof

5 7 CPCTC Example Proof

5 7 CPCTC Defined and Example Proof

5 7 CPCTC Defined and Example Proof

5 4 Triangle Congruence Proof Example

5 4 Triangle Congruence Proof Example

1 2 FlipGrid Video Clip Critical Thinking

1 2 FlipGrid Video Clip Critical Thinking

5 4 Base Angles Theorem

5 4 Base Angles Theorem

5 4 Base Angles Theorem in Algebraic Application

5 4 Base Angles Theorem in Algebraic Application

5 4 Corrolary Base Angles Theorem

5 4 Corrolary Base Angles Theorem

5 1 Triangle Sum Theorem and Exterior Angles Theorem

5 1 Triangle Sum Theorem and Exterior Angles Theorem

5 2 Equations with Corresponding Parts

5 2 Equations with Corresponding Parts

5 2 Third Angles Theorem

5 2 Third Angles Theorem

5 3 SAS Introduction and Identifying

5 3 SAS Introduction and Identifying

5 1 Triangle Sum Theorem Application

5 1 Triangle Sum Theorem Application

5 2 Corresponding Parts of Congruent Polygons

5 2 Corresponding Parts of Congruent Polygons

5 2 Proving Triangles Cong by All Corresponding Parts

5 2 Proving Triangles Cong by All Corresponding Parts

5 1 Classifying triangles by Sides and Angles

5 1 Classifying triangles by Sides and Angles

5 3 SAS Proof #1

5 3 SAS Proof #1

When do you use or How do you introduce certain theorems or postulates into your proof

When do you use or How do you introduce certain theorems or postulates into your proof

Arc Length Application 11 1 Update

Arc Length Application 11 1 Update

CH 11 2 Find the Error

CH 11 2 Find the Error

Proof of the Perpendicular Transversal Theorem 3 4

Proof of the Perpendicular Transversal Theorem 3 4

Perpendicular Transversal Theorem 3 4

Perpendicular Transversal Theorem 3 4

Perpendicular Bisector and Distance from Point to Line 3 4

Perpendicular Bisector and Distance from Point to Line 3 4

Lines Perpendicular to a Transversal Theorem 3 4

Lines Perpendicular to a Transversal Theorem 3 4

Linear Pair Perpendicular Theorem 3 4

Linear Pair Perpendicular Theorem 3 4

The Epicenter Problem 10 7

The Epicenter Problem 10 7

Proof of Alternate Interior Converse 3 3

Proof of Alternate Interior Converse 3 3

Vertical Angles and Linear Pairs 1 6

Vertical Angles and Linear Pairs 1 6

Complementary and Supplementary Angles Examples 1 6

Complementary and Supplementary Angles Examples 1 6

Adjacent, Complementary, and Supplementary Angles 1 6

Adjacent, Complementary, and Supplementary Angles 1 6

Angle Addition Postulate 1 5

Angle Addition Postulate 1 5

Angle Bisector1 5

Angle Bisector1 5

Intro to Angles 1 5

Intro to Angles 1 5

Congruency vs Equals 1 5

Congruency vs Equals 1 5

Classifying Angles by Measures 1 5

Classifying Angles by Measures 1 5

Perimeter and Area in Coordinate Plane 1 4

Perimeter and Area in Coordinate Plane 1 4

Convex and Concave Polygons 1 4

Convex and Concave Polygons 1 4

Find The Error 10 6

Find The Error 10 6

Naming Segments, Rays, Opp Rays 1 1

Naming Segments, Rays, Opp Rays 1 1

Intersections 1 1

Intersections 1 1

Segment Addition Postulate 1 2

Segment Addition Postulate 1 2

Geometry Symbols and Terms 1 1

Geometry Symbols and Terms 1 1

Distance Forumla 1 3

Distance Forumla 1 3

Surface Area of a Cone 11 7

Surface Area of a Cone 11 7

Surface Area of a Sphere 11 8

Surface Area of a Sphere 11 8

Volume of Similar Cone 11 7

Volume of Similar Cone 11 7

Volume of a Cone 11 7

Volume of a Cone 11 7

Volume of Pyramids 11 6

Volume of Pyramids 11 6

Using Surface Area to Find Diameter 11 8

Using Surface Area to Find Diameter 11 8

Volume of a Sphere in composite solids 11 8

Volume of a Sphere in composite solids 11 8

Volume of a Sphere 11 8

Volume of a Sphere 11 8

Volume of Prisms 11 5

Volume of Prisms 11 5

Volume of Cylinders 11 5

Volume of Cylinders 11 5

Similar Solids 11 5

Similar Solids 11 5

Volume of Composite Solids 11 5

Volume of Composite Solids 11 5

Density 11 5

Density 11 5

Area of a Circle 11 2

Area of a Circle 11 2

Area of Kite and Rhombus 11 3

Area of Kite and Rhombus 11 3

Population Density 11 2

Population Density 11 2

Finding the Area of a Region 11 2

Finding the Area of a Region 11 2

Areas of Regular Polygons part 3 11 3

Areas of Regular Polygons part 3 11 3

Area of a Sector 11 2

Area of a Sector 11 2

3d figures 11 4

3d figures 11 4

Using Area of a Sector 11 2

Using Area of a Sector 11 2

Areas of Regular Polygons 11 3

Areas of Regular Polygons 11 3

Areas of Regular Polygons part 2 11 3

Areas of Regular Polygons part 2 11 3

Circumference Intro 11 1

Circumference Intro 11 1

Radians and Degree 11 1

Radians and Degree 11 1

Circumference Applications Revolutions 11 1

Circumference Applications Revolutions 11 1

Arc Length 11 1

Arc Length 11 1

Prove or Disprove a Point Lies on a Circle 10 7

Prove or Disprove a Point Lies on a Circle 10 7

Equation of Circle by Completing the Square 10 7

Equation of Circle by Completing the Square 10 7

Standard Equation of A Circle when given center and point 10 7

Standard Equation of A Circle when given center and point 10 7

Applications of Secants and Tangents Theorem 10 6

Applications of Secants and Tangents Theorem 10 6

Standard Equation of A Circle 10 7

Standard Equation of A Circle 10 7

Tangent and Secant Segments 10 6

Tangent and Secant Segments 10 6

Segments of Secants Theorem 10 6

Segments of Secants Theorem 10 6

Segments of Chords Theorem 10 6

Segments of Chords Theorem 10 6

Tangent and Intersected Chord Theorem 10 5

Tangent and Intersected Chord Theorem 10 5

Inscribed Angles Application 10 4

Inscribed Angles Application 10 4

Application of Tangents and Central Angles 10 5

Application of Tangents and Central Angles 10 5

Circumscribed Angle Theorem 10 5

Circumscribed Angle Theorem 10 5

Angles inside and outside the circle theorems 10 5

Angles inside and outside the circle theorems 10 5

Inscribed Polygons 10 4

Inscribed Polygons 10 4

Inscribed Angles of a Circle Theorem 10 4

Inscribed Angles of a Circle Theorem 10 4

Inscribed Angles Theorem 10 4

Inscribed Angles Theorem 10 4

Proof of the Alternate Interior angles Theorem

Proof of the Alternate Interior angles Theorem

Proofs with Parallel Lines Converses

Proofs with Parallel Lines Converses

Parallel, Skew, Coincident Lines Example

Parallel, Skew, Coincident Lines Example