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6.6 Placing Figures in the coordinate plane

6.6 Placing Figures in the coordinate plane. Reminder:. Ex 1: Name the other vertices (without using any new variables). ABCD is a rectangle centered at the origin. Ex 1: Name the other vertices (without using any new variables). ABCD is a rectangle centered at the origin.

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6.6 Placing Figures in the coordinate plane

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  1. 6.6 Placing Figures in the coordinate plane

  2. Reminder:

  3. Ex 1: Name the other vertices(without using any new variables) • ABCD is a rectangle centered at the origin

  4. Ex 1: Name the other vertices(without using any new variables) • ABCD is a rectangle centered at the origin

  5. Ex 2: Find Q (without using any new variables)

  6. Ex 2: Find Q (without using any new variables)

  7. Ex 2: Find Q (without using any new variables)

  8. Ex 3: Name the other vertices(without using any new variables)

  9. Ex 3: Name the other vertices(without using any new variables)

  10. Ex 4: Use the distance formula to prove opposite sides are congruent

  11. Show that the distance from (0,0) to (b,c) is the same as the distance from (g,0) to (g+b,c) And the distance from (b,c) to (g+b,c) is the same as the distance from (0,0) to (g,0) Ex 4: Use the distance formula to prove opposite sides are congruent

  12. Show that the distance from (0,0) to (b,c) is the same as the distance from (g,0) to (g+b,c) And the distance from (b,c) to (g+b,c) is the same as the distance from (0,0) to (g,0) Ex 4: Use the distance formula to prove opposite sides are congruent

  13. Show that the distance from (0,0) to (b,c) is the same as the distance from (g,0) to (g+b,c) And the distance from (b,c) to (g+b,c) is the same as the distance from (0,0) to (g,0) Ex 4: Use the distance formula to prove opposite sides are congruent

  14. Ex 5: Use the slope formula to prove opposite sides are parallel

  15. Show that the slope from (0,0) to (b,c) is the same as the slope from (g,0) to (g+b,c) And the slope from (b,c) to (g+b,c) is the same as the slope from (0,0) to (g,0) Ex 5: Use the slope formula to prove opposite sides are parallel

  16. Show that the slope from (0,0) to (b,c) is the same as the slope from (g,0) to (g+b,c) And the slope from (b,c) to (g+b,c) is the same as the slope from (0,0) to (g,0) Ex 5: Use the slope formula to prove opposite sides are parallel

  17. Show that the slope from (0,0) to (b,c) is the same as the slope from (g,0) to (g+b,c) And the slope from (b,c) to (g+b,c) is the same as the slope from (0,0) to (g,0) Ex 5: Use the slope formula to prove opposite sides are parallel

  18. Ex 6: Given a rhombus, find the midpoint and slope of each side

  19. Ex 6: Given a rhombus, find the midpoint and slope of each side

  20. Ex 6: Given a rhombus, find the midpoint and slope of each side

  21. Ex 6: Given a rhombus, find the midpoint and slope of each side

  22. Ex 6: Given a rhombus, find the midpoint and slope of each side

  23. Ex 6: Given a rhombus, find the midpoint and slope of each side

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