mr. newton’s geometry2012-2013 netlogo programming

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Mr. Newton’s Geometry 2012-2013 NetLogo Programming Program 1: Coordinate Geometry - Day 1

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Mr. Newton’s Geometry2012-2013 NetLogo Programming Program 1: Coordinate Geometry - Day 1. Get ready to work:. Step 1:Getting Started Login: thslibstu Password: Password ! Go to Mr. Newton’s Website → NetLogo for Geometry Step 2: Click here:. Task 1 - PowerPoint PPT Presentation

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Page 1: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Mr. Newton’s Geometry 2012-2013NetLogo Programming

Program 1: Coordinate Geometry - Day 1

Page 2: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Get ready to work:Step 1: Getting Started

Login: thslibstu Password: Password!Go to Mr. Newton’s Website → NetLogo for Geometry

Step 2: Click here:

Page 3: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 1

Construct a line that contains the points A ( 1, 3 ) and B ( 4, 6).

Make sure to use the Line tool!

Page 4: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 2

Construct a line that contains the points C ( -3, -5 ) and E ( 4, 0).

Label the points.

Remember to label everything! Check on

your neighbor!

Page 5: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 3

Construct a line that contains the points F ( 2, 7 ) and G ( 0, 0).

Construct another line that contains H (0, 0) and L ( -3, -7).

Label all of the points.

Remember to label everything! Check on

your neighbor!

Page 6: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 4

Construct a line segment that has endpoints M ( 1, -9 ) and N ( 0, 7).

Label all of the points.

Make sure you’re using the correct object and

you label!

Page 7: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 5

Construct a ray:

R ( 2, 5 )S ( -7, -5)

Label all of the points.

Be careful and make sure your drawing

matches the notation!

Page 8: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 6

Construct a ray:

X ( 0, 0 )W ( 6, -5)

Construct another ray:

Z ( 2, 4 )

Label all of the points.

These angles are sharing an initial point!

Page 9: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 7

Make a hexagon ABCDEF using 6 segments on the coordinate plane.

Label all of the points.

How many sides does a hexagon have?

Page 10: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 8

Make an acute angle.

Make a right angle.

Make an obtuse angle.

Each angle is made from 2 rays. You’ll need

6 rays!

Page 11: Mr. Newton’s  Geometry2012-2013 NetLogo  Programming

Task 9

Label the origin.

In quadrant 1 draw a triangle.

In quadrant 2 draw a quadrilateral.

In quadrant 3 draw a pentagon.

In quadrant 4 draw a smiley face.

Ask your neighbors which quadrants are

which!