Chapter 04. Part 2: Quadrilaterals and Polygons

Chapter 04. Part 2

Quadrilaterals and Polygons
    • Total Length:
    • 1 Hour 25 Minutes
    • Format:
    • SD
    • Video Presentations in Part 2 of Chapter 4 Address the Methods of Proving That a Quadrilateral is a Parallelogram, Rectangle, Square or Trapezoid.

Included Videos

4-14. If Both Pairs of Opposite Sides of a Quadrilateral are Parallel
4-14. If Both Pairs of Opposite Sid...
4-15. If Both Pairs of Opposite Sides of a Quadrilateral are Congruent
4-15. If Both Pairs of Opposite Sid...
4-16. If One Pair of Opposite Sides of a Quadrilateral is Both Congruent are Parallel
4-16. If One Pair of Opposite Sides...
4-17. If Both Pairs of Opposite Angles of a Quadrilateral are Congruent
4-17. If Both Pairs of Opposite Ang...
4-18. If the Diagonals of a Quadrilateral Bisect Each Other
4-18. If the Diagonals of a Quadril...
4-19. If the Diagonals of a Parallelogram Are Congruent
4-19. If the Diagonals of a Paralle...
4-20. If a Quadrilateral is Equilateral
4-20. If a Quadrilateral is Equilat...
4-21. If the Diagonals of a Parallelogram are Perpendicular
4-21. If the Diagonals of a Paralle...
4-22. If the Diagonals of a Parallelogram are Both Congruent and Perpendicular
4-22. If the Diagonals of a Paralle...
4-23. If the Diagonals of a Trapezoid are Congruent
4-23. If the Diagonals of a Trapezo...
4-24. The Distance between Parallel Lines
4-24. The Distance between Parallel...
4-25. The Midsegment of a Triangle
4-25. The Midsegment of a Triangle
4-26. The Median of a Trapezoid
4-26. The Median of a Trapezoid
4-27. The Segments of the Three Medians Drawn in a Triangle
4-27. The Segments of the Three Med...
4-28. Using One Pair of Congruent Triangles to Prove a Second Pair Congruent
4-28. Using One Pair of Congruent T...
4-29. The Exterior Angle of a Triangle Inequality
4-29. The Exterior Angle of a Trian...
4-30. The Inverse of the Base Angles Theorem
4-30. The Inverse of the Base Angle...
4-31. The Contrapositive of the Base Angles Theorem
4-31. The Contrapositive of the Bas...
Product Details
  • Each Video Presentation in Part 2 of Chapter 4 Provides for Visual Understanding of the Specific Methods of Proving That a Given Quadrilateral is a Parallelogram, Rectangle, Square, Trapezoid or Isosceles Trapezoid and Reviews the Solutions to Some Related Problems.

  • 4-14. If Both Pairs of Opposite Sides of a Quadrilateral are Parallel
    Length 3 Minutes 1 Seconds
    Format SD
    Aspect Ratio 1.556
    Language Unknown
    4-15. If Both Pairs of Opposite Sides of a Quadrilateral are Congruent
    Length 4 Minutes 27 Seconds
    Format SD
    Aspect Ratio 1.561
    Language Unknown
    4-16. If One Pair of Opposite Sides of a Quadrilateral is Both Congruent are Parallel
    Length 4 Minutes 43 Seconds
    Format SD
    Aspect Ratio 1.569
    Language Unknown
    4-17. If Both Pairs of Opposite Angles of a Quadrilateral are Congruent
    Length 3 Minutes 45 Seconds
    Format SD
    Aspect Ratio 1.537
    Language Unknown
    4-18. If the Diagonals of a Quadrilateral Bisect Each Other
    Length 4 Minutes 56 Seconds
    Format SD
    Aspect Ratio 1.543
    Language Unknown
    4-19. If the Diagonals of a Parallelogram Are Congruent
    Length 4 Minutes 49 Seconds
    Format SD
    Aspect Ratio 1.508
    Language Unknown
    4-20. If a Quadrilateral is Equilateral
    Length 4 Minutes 9 Seconds
    Format SD
    Aspect Ratio 1.549
    Language Unknown
    4-21. If the Diagonals of a Parallelogram are Perpendicular
    Length 3 Minutes 34 Seconds
    Format SD
    Aspect Ratio 1.536
    Language Unknown
    4-22. If the Diagonals of a Parallelogram are Both Congruent and Perpendicular
    Length 2 Minutes 28 Seconds
    Format SD
    Aspect Ratio 1.477
    Language Unknown
    4-23. If the Diagonals of a Trapezoid are Congruent
    Length 5 Minutes 28 Seconds
    Format SD
    Aspect Ratio 1.557
    Language Unknown
    4-24. The Distance between Parallel Lines
    Length 3 Minutes 42 Seconds
    Format SD
    Aspect Ratio 1.539
    Language Unknown
    4-25. The Midsegment of a Triangle
    Length 7 Minutes 48 Seconds
    Format SD
    Aspect Ratio 1.448
    Language Unknown
    4-26. The Median of a Trapezoid
    Length 4 Minutes 45 Seconds
    Format SD
    Aspect Ratio 1.561
    Language Unknown
    4-27. The Segments of the Three Medians Drawn in a Triangle
    Length 6 Minutes 33 Seconds
    Format SD
    Aspect Ratio 1.510
    Language Unknown
    4-28. Using One Pair of Congruent Triangles to Prove a Second Pair Congruent
    Length 5 Minutes 23 Seconds
    Format SD
    Aspect Ratio 1.535
    Language Unknown
    4-29. The Exterior Angle of a Triangle Inequality
    Length 4 Minutes 55 Seconds
    Format SD
    Aspect Ratio 1.539
    Language Unknown
    4-30. The Inverse of the Base Angles Theorem
    Length 5 Minutes 3 Seconds
    Format SD
    Aspect Ratio 1.564
    Language Unknown
    4-31. The Contrapositive of the Base Angles Theorem
    Length 6 Minutes 18 Seconds
    Format SD
    Aspect Ratio 1.550
    Language Unknown
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  • Length:
    1 Hour 25 Minutes
  • Date:
    2016
  • Quality:
    648p *
  • JumpingJack ID:
    11109
  • Categories:
    Education
  • Share:
  • * Best quality of any included video.

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Video Presentations in All Eleven Chapters Address The Entire Scope and Sequence of the Tenth Year High School Geometry Course Taught in Most Schools.
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