Monday, November 10, 2014

Week of November 10th-14th

Friday:
Today's List:  Open Chapter 5 Project GSP.  Click on page 3, Perpendicular Bisector.
  1. Put a point on the perpendicular bisector.
  2. Draw a segment from this new point to the endpoint of the segment.
  3. Do the same to the other endpoint.
  4. Measure the two new segments.
  5. Measure the angle at the midpoint of the segment.
  6. Write a conjecture on your page about the distances from a point on the perpendicular bisector to the endpoints.
    Notes over 5.2, Perpendicular Bisectors, including activity from page 306 in book.  Put activity from pg 306 in your notebook on right side, and then draw in the circumcenter and label.

Thursday:
Today's List:    Open yesterday's GSP file, Ch 5 Project.
  1. On the page named Triangle - Midsegment, measure the three sides of the "big" triangle and also the three sides of the "small" triangle.
  2. Match up (move around) the measurements so that the parallel pairs of sides are listed together.
  3. Use a text box to write a statement about each pair of parallel sides.
  4. Name one of the sides of the "small" triangle as Midsegment, by double clicking it with the text tool.
    Notes over 5.1, Midsegments in Triangles.  Download here.
    HW:  pg. 300 #3-11, 24-27


Wednesday:
Today's List:

  1. In GSP, create one file named:  Chapter 5 Project.  Make the following pages and do what is described on each page.
    1. Angle Bisector:  Create an angle and then construct the angle bisector.
    2. Perpendicular Line:  Construct a line perpendicular to a segment through a point NOT on the line.
    3. Perpendicular Bisector:  Construct a line perpendicular to a segment through its midpoint (perpendicular bisector).
    4. Triangle - Midsegment:  Create a triangle with a midpoint on each side of the triangle.
      1. Use segments to connect the three midpoints (should create another triangle on the inside.)
    5. Triangle - Median:  Create a triangle with a midpoint on each side of the triangle.
      1. Use segments to connect each vertex to the opposite midpoint (3 total).
Tuesday:
No School


Monday:
Chapter 4 Test