Illustrative Mathematics - Geometry - Unit 6 - Lesson 15

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Illustrative Mathematics - Geometry - Unit 6 - Lesson 15

Illustrative Mathematics - Geometry - Unit 6 - Lesson 15

Consider the parallelogram with vertices at (0,0),(4,0),(2,3) and (6,3). Where do the diagonals of this parallelogram intersect?

What is the midpoint of the line segment with endpoints (1,-2) and (9,8)?

Graph the image of triangle ABC under a dilation with center A and scale factor \frac{2}{3}.

A quadrilateral has vertices A=(0,0),B=(2,4),C=(0,5) and D=(-2,1).
Prove that ABCD is a rectangle.

A quadrilateral has vertices A=(0,0),B=(1,3),C=(0,4) and D=(-1,1).
Select the most precise classification for quadrilateral ABCD.

Write an equation whose graph is a line perpendicular to the graph of x=-7 and which passes through the point (-7,1).

Graph the equations (x+1)^{2}+(y-1)^{2}=64 and y=1.
Where do they intersect?

Consider the parallelogram with vertices at (0,0),(4,0),(2,3) and (6,3). Where do the diagonals of this parallelogram intersect?

What is the midpoint of the line segment with endpoints (1,-2) and (9,8)?

Graph the image of triangle ABC under a dilation with center A and scale factor \frac{2}{3}.

A quadrilateral has vertices A=(0,0),B=(2,4),C=(0,5) and D=(-2,1).
Prove that ABCD is a rectangle.

A quadrilateral has vertices A=(0,0),B=(1,3),C=(0,4) and D=(-1,1).
Select the most precise classification for quadrilateral ABCD.

Write an equation whose graph is a line perpendicular to the graph of x=-7 and which passes through the point (-7,1).

Graph the equations (x+1)^{2}+(y-1)^{2}=64 and y=1.
Where do they intersect?

Illustrative Mathematics - Geometry - Unit 6 - Lesson 15

Illustrative Mathematics - Geometry - Unit 6 - Lesson 15

Consider the parallelogram with vertices at (0,0),(4,0),(2,3) and (6,3). Where do the diagonals of this parallelogram intersect?

What is the midpoint of the line segment with endpoints (1,-2) and (9,8)?

Graph the image of triangle ABC under a dilation with center A and scale factor \frac{2}{3}.

A quadrilateral has vertices A=(0,0),B=(2,4),C=(0,5) and D=(-2,1). Prove that ABCD is a rectangle.

A quadrilateral has vertices A=(0,0),B=(1,3),C=(0,4) and D=(-1,1). Select the most precise classification for quadrilateral ABCD.

Write an equation whose graph is a line perpendicular to the graph of x=-7 and which passes through the point (-7,1).

Graph the equations (x+1)^{2}+(y-1)^{2}=64 and y=1. Where do they intersect?

Consider the parallelogram with vertices at (0,0),(4,0),(2,3) and (6,3). Where do the diagonals of this parallelogram intersect?

What is the midpoint of the line segment with endpoints (1,-2) and (9,8)?

Graph the image of triangle ABC under a dilation with center A and scale factor \frac{2}{3}.

A quadrilateral has vertices A=(0,0),B=(2,4),C=(0,5) and D=(-2,1). Prove that ABCD is a rectangle.

A quadrilateral has vertices A=(0,0),B=(1,3),C=(0,4) and D=(-1,1). Select the most precise classification for quadrilateral ABCD.

Write an equation whose graph is a line perpendicular to the graph of x=-7 and which passes through the point (-7,1).

Graph the equations (x+1)^{2}+(y-1)^{2}=64 and y=1. Where do they intersect?

A quadrilateral has vertices A=(0,0),B=(2,4),C=(0,5) and D=(-2,1).
Prove that ABCD is a rectangle.

A quadrilateral has vertices A=(0,0),B=(1,3),C=(0,4) and D=(-1,1).
Select the most precise classification for quadrilateral ABCD.

Graph the equations (x+1)^{2}+(y-1)^{2}=64 and y=1.
Where do they intersect?

A quadrilateral has vertices A=(0,0),B=(2,4),C=(0,5) and D=(-2,1).
Prove that ABCD is a rectangle.

A quadrilateral has vertices A=(0,0),B=(1,3),C=(0,4) and D=(-1,1).
Select the most precise classification for quadrilateral ABCD.

Graph the equations (x+1)^{2}+(y-1)^{2}=64 and y=1.
Where do they intersect?