Lesson Plans – Kovalcin

Lab Physics - G201 - Pd 4/5

Week

Beginning ð

 Feb 15, 2010

 

 

Lab Physics Period 4/5 - Daily Activities

Content Covered - Unit Plans

M

O

N

D

A

Y
 
 
 

 

NO SCHOOL

PRESIDENT'S DAY

 
Proficiencies addressed:
3. Demonstrate the ability to successfully complete appropriate laboratory experiments including: data collection, data organization, data analysis, error analysis, evaluation and conclusion drawing. (WRS #2), (CCCS #5.3)
8. Demonstrate the ability to write a well organized and clearly worded lab report. (WRS #2), (CCCS #5.3)
7. Students will understand that energy is conserved within a system. (WRS #2), (WRS #3, (CCCS #5.1), (CCCS #5.3)

T

U

E

S

D

A

Y
Review: Test Material for Wednesday - Test will include: Work & Energy, Energy Conservation, Simple Machines and One Dimensional Momentum Conservation.
Remind:  Test Unit 4 - Work & Energy Conservation for Wednesday
Assigned Reading: 7:1a-j Introduction to SHM; 7:2a-k Undamped SHM
Complete: Lab 7:1 Simple Pendulum - SHM
Assign: Oral Presentations [x3] - Simple Pendulum
Announce: Oral Presentations - Simple Pendulum - Thursday
 

 
Written assignments: Wave Motion
HW 8:1 #1-14 Wave Characteristics & Terminology
HW 8:2 #1-24 Ripple Tank
HW 8:3 #1-7 Wave Interactions
HW 8:4 #1-5 Wave Speed         #6-13 Closed Tube
            #14-17 Open Tube         #18-28 Decibels
            #29-35 Doppler Effect   #36-37 Beats
            #38-48 Laws of Strings

W

E

D

N

E

S

D

A

Y
Double Lab 3, 4/5
 
Give: Test Unit 4 - Work & Energy Conservation [The Universal Gravitation problem will be replaced by a One Dimensional Momentum Conservation Problem!]
Test Unit 5 - Momentum Conservation Only the One Dimensional Momentum Conservation problem!

 
Assigned Reading: Simple Harmonic Motion
7:1a-j Introduction to SHM
7:2a-k Undamped SHM
Assigned Reading: Mechanical Waves
8:1a-h Introduction to Mechanical Waves
8:2a-d Mechanical Waves – Energy & Information
8:3a-e Wave Interactions - Reflection
8:4a-f Wave Interactions – Refraction
8:5a-k Wave Interactions – Interference
8:6a-b Wave Interactions – Polarization
8:7a-b Wave Interactions – Diffraction
8:8a-k Waves in a Ripple Tank   s = f ∙ l

T

H

U

R

S

D

A

Y
Begin/Complete: Oral Presentations - Simple Pendulum
Introduce:  Mechanical Waves - Demonstrations - Wave Characteristics [As time permits]
Assigned Reading:
8:1a-h Mechanical Waves
8:2a-d Mechanical Waves – Energy & Information
Assign: Wave Motion
HW 8:1 #1-7 Wave Characteristics & Terminology

 
Evaluations: Energy Conservation
Test Unit 4 - Work & Energy Conservation [The Universal Gravitation problem will be replaced by a 1D Momentum Conservation Problem!]
Test Unit 5 - Momentum Conservation Only the One Dimensional Momentum Conservation problem!
Evaluations: Mechanical Waves
 Quiz 8:1 Wave Terminology
Quiz 8:2 Ripple Tanks

 

 

F

R

I

D

A

Y

 
Continue:  Mechanical Waves - Demonstrations - Wave Characteristics [As time permits]
Assigned Reading:
8:3a-e Wave Interactions - Reflection
8:4a-f Wave Interactions – Refraction
8:5a-k Wave Interactions – Interference
Assign: Wave Motion
HW 8:1 #7-14 Wave Characteristics & Terminology
 
Laboratory 7:1 Simple Pendulum
Laboratory 8:1 Ripple Tank