Integrated Geometry Unit 3: There is no Place Like Home

1.      Time Frame: ~14 days

2.      Structure:

a)      Teams Students will work in teams of four for assignments and in pairs for projects.

b)      Spaces Large group presentation space, small group work

c)      Equipment TI 83 or 84

3.      Text Reading and Assignments:

10/15/07

Trig Introduction

P. 63

10/16-17/07

Sketchpad Trig Ratio

 

WS Practice 9-3

10/18/07

Activity 1 - Sketchpad

P. 63 Warm up 1,2

 

10/10/07

 

P.63 1.1-1.4

10/22/07

Activity 2

P. 66 Warm up 1 Flash back 2

10/23/07

 

P. 62 2.1-2.6  Flashback  3

10/24/07

Late Arrival

Activity 3

Flashback  3

P. 70 Warm up 1,2 , 3.1

10/24/07

 

3.2-3.6

10/25/07

Activity 4

P 76 Warm up 1

10/29/07

 

4.1-4.5

10/30/07

Activity 5

P. 82 Warm-up 1 &2

10/31/07

 

P. 82 5.1-5.7

11/1/07

 

Summary Assessment

11/2/07

 

Review packet

11/5/07

Review

 

11/6/07

  

Mod Test

 

 

1/3 Individual: Journal writing, review assignments

1/3 Small group: Assignments, including review and practice tests

1/3 Large group: Presentation of lesson, Introduction to concepts, Calculator and Computer lessons

 

Assessment/Deliverables:

1.      Three Quizzes

2.      Mod Test –

3.      Student we review basic trig functions and their application to right triangle trig.

4.      Student will construct and inscribe polygons, circumscribe regular polygons, find measures of central angles or regular polygons given the number of sides, determine the areas of regular polygons and circles, identify the limiting shapes of sequences of inscribed regular polygons, determine the lateral and total surface area of prisms and cylinders, determine the rage of dimensions of a prism given the range of the corresponding volume, calculate the ratio of surface area to volume, find the area of a sector given the measure of its central angle, calculate the lateral and total surface area of cones, determine the radius of a cone’s base, determine the lateral surface area given the sector, develop and use a formula for surface area of a cone.