Lesson Plans – Kovalcin

SE Physics - G201 - Pd 1

Week

Beginning ð

Jan 4, 2010

SE Physics Pd 1 - Daily Activities

Content Covered - Unit Plan

M

O

N

D

A

Y

Introduce: Rotational Motion - Lab 6:1 Rotational Kinematics - 6 Rotational Variables

Review: Mass, Center of Mass & Moment of Inertia - Integration

Assigned Reading: Rotational Motion
6:1a-m Rotational Kinematics
6:2a-c Problem Solving
6:3a-d Rotational Energy Conservation

Assign: HW 6:1 #1-13 Rotational Kinematics

Proficiencies addressed:

22. Demonstrate the ability to use momentum, energy conservation and the Work-Energy Theorem in the solving of appropriate physics problems. (CCCS #5.2), (CCCS#5.7)

23. Demonstrate the ability to apply mechanical concepts and conservation laws to systems in rotary motion. (CCCS#5.7)

11. Demonstrate an understanding of damped and undamped simple harmonic motion, its relationship to rotary motion, the effects of forced oscillations and the relationship of SHM to real world physical problems. (CCCS#5.7)

T

U

E

S

D

A

Y

Review: HW 6:1 #1-13 Rotational Kinematics for Tuesday

Continue Development: Rotational Kinematics - Lab 6:1

Begin/Continue: Lab 6:1 Rotational Kinematics

Review: Moment of Inertial via Integration

Assign: Oral Presentations - Lab 6:1 Rotational Kinematics - x3 - Kinematics, 2nd Law & Energy

Assign: HW 6:1 #14-26 Rotational Kinematics

Reading Assignments: Rotational Motion
6:1a-m Rotational Kinematics
6:2a-c Problem Solving
Calculating Moment of Inertia
6:3a-d Rotational Energy Conservation
6:4a-k Angular Momentum Conservation

W

E

D

N

E

S

D

A

Y

Review: HW 6:1 #14-26 Rotational Kinematics

Complete: Lab 6:1 Rotational Kinematics

Assign: Oral Presentations - Lab 6:1 Rotational Kinematics - x3 - Kinematics, 2nd Law & Energy

Announce: Quiz 6:1 Rotational Kinematics for Thursday

Assigned Reading: 6:3a-d Rotational Energy Conservation

Assign: HW 6:2 #1-6 Rotational Energy Conservation

Science League Preparation
after school!

All Team Members are
expected to be there!

Written assignments: Rotational Motion
HW 6:1 #1-26 Rotational Kinematics
HW 6:2 #1-6 Rotational Energy Conservation
HW 6:3 #1-4 Rotational Momentum Conservation
HW 67 #1-4 Moment of Inertia - Integration
HW 68 #6c-9 Parallel Axis/Plane Figure Theorems

Tipler p296+: 1-22 Conceptual, 23 Estimation
27,29,33 Rotational Kinematics 37 Torque and  T=I×a
43,45,47,49,53 Moment of Inertia
59,63,65 Rotational Kinetic Energy
69,71,73,75,76,77  Pulleys etc.
79,85,93 Rolling without Slipping
101,103,105,107 Rolling with Slipping
111,112,115,117,123,132 General Problems

Written assignments: Simple Harmonic Motion
7:1 #1-15 Undamped SHM Graph
7:2 #1-11 Damped SHM Graph
7:3 #1-2 SHM Word Problems

T

H

U

R

S

D

A

Y

Review: HW 6:1 #1-26 Rotational Kinematics

Give: Quiz 6:1 Rotational Kinematics

Collect, Grade & Return: W 6:1 #1-26 Rotational Kinematics

Review: HW 6:2 #1-6 Rotational Energy Conservation

Announce: Quiz 6:2 Rotational Energy Conservation for Monday

Begin/Complete: Oral Presentations - Lab 6:1 Rotational Kinematics - x3

Assigned Reading: Calculating Moment of Inertia

Assign: HW 67 #1-4 Moment of Inertia - Integration

Evaluations: Rotational Motion
Quiz 6:1 Rotational Kinematics
Quiz 6:2 Rotational Energy Conservation
Quiz 6:3 Angular Momentum Conservation
Test - Rotational Motion

Evaluations: Simple Harmonic Motion
Quiz 7:1 SHM Graphs
Quiz 7:2 SHM Word Problem
Test Simple Harmonic Motion

F

R

I

D

A

Y

Review: HW 67 #1-4 Moment of Inertia - Integration

Introduce/Demonstrate: Parallel Axis Theorem - Plane Figure Theorem

Introduce/Demonstrate: Angular Momentum and its Conservation

Assigned Reading:6:4a-k Angular Momentum Conservation

Assign: HW 67 #5-6 Moment of Inertia - Parallel Axis Theorem & HW 68 #6c-7 Parallel Axis/Plane Figure Theorems

The primary goal this week will be to:

• Continue development of Rotational Motion