Physics - Handouts |
Physics - Keys |
Honors Physics - Class Agenda |
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SUBTERM 1 |
SUBTERM 2 |
| Unit 1: Introduction to Physics | |
| Unit 2: Motion in 1 and 2 Dimentions | Unit 5: Waves & Sound |
| Unit 3: Newton's Laws | Unit 6: Electrostatics |
| Unit 4: Work, Energy and Momentum | Unit 7: DC Circuits |
| Unit 5: Circular Motion | Unit 8: Magnetism |
| Unit 9: Optics | |
| Midterm Exam | Final Exam |
Introduction to Physics Chapter 1 Honors Physics |
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Date |
Bellwork |
Daily Schedule |
Homework |
Recieved/Collected |
Wed. 8/27 |
Explain this quote: "Science is to see what everyone else has seen, but think what no one else has thought." - Albert Szent-Gyorgyi | 5 minutes - Find Seats and Attendance 5 minutes - Bellwork 35 minutes - Class rules and expectations (ppt) 15 minutes - Textbooks 20 minutes - Math Pretest (Take) Start Writing Prompt: What is Physics? |
Fillout Student Info Sheet & Sign Class Agreement Respond to writing prompt: What is physics? Print Notes: Intro to Physics DUE: Tues, Sept 1: Materials Check, Class Intro Quiz |
Received: Syllabus, Late Passes, Bathroom Passes, Student Info Sheet, Class Agreement Collected: Nothing |
Thur. 8/28 |
Unusual Paragraph/ Finish Math Pretest |
5 minutes - Collect Papers (what is phys, stud info, class agreement) 10 minutes - Bellwork 20 minutes - Math Pretest (Grade) 35 minutes - Notes: What is Physics & Measurements in Physics 10 minutes - WS: Scientific Notation 10 minutes - WS: Significant Figures |
WS: Scientific Notation WS: Significant Figures |
Stamped: Notes Received: Stamp Sheet, WS: Sci. Notation, WS: Sig Figs. Collected: Student Info Sheet, Class Agreement, Webassign Dues |
Fri 8/29 |
Develope and experiment based on the observation: Driving the speed limit saves gas. | 10 minutes - Bellwork 10 minutes - Check HW Talk about Webassign 15 minutes - Notes: The Language of Physics 10 minutes - WS: Conversion Factors 20 minutes - WS: Dimentional Analysis 20 minutes - Eyes of Nye - Sports |
Finish WS: Conversion Factors & Dim. Analysis Study for Class Intro Quiz and Physics Introduction Quiz (Tue.) Materials Due Tuesday |
Stamped: WS: Sci. Notation, WS: Sig Figs. Received: WS: Conversion Factors, Dimential Analysis Collected:Student Info Sheet, Class Agreement, Webassign Dues, Indiv. Exp. |
Mon. 9/1 |
No School Labor Day | |||
Tue. 9/2 |
Solve: 1) 8.0 x 9.05 / 10.2 2) 8.0 + 9.05 + 10.2 3)15b + 13 = 111 |
5 minutes - Bellwork 10 minutes - Check HW 10 miuntes - Materials Check 20 minutes - Quiz: Class Intro 20 minutes - Quiz: Intro to Physics 40 minutes - Force Concept Inventory |
Finish FCI (password Tabbuly) Print Notes: Motion in 1 and 2 Dimentions |
Stamped:Conversion Factors, Dim. Analysis Received: Collected: |
Motion in 1 and 2 Dimentions Physics Chapters 2 - 3 |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Wed. 9/3 |
How are distance, velocity, and acceleration related? | 5 minutes - Bellwork 10 minutes - Correct FCI 70 minutes - Notes: Displacement, Velocity, Acceleration & Time Graphs Start WS: #4 |
Sign up for webassign.net Read Ch. 2.1 - 2.4
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Stamped: Notes Received: WS: #4 |
Thur. 9/4 |
Using the graph... |
5 minutes - Bellwork 20 minutes - Check HW 50 minutes - PASCO Lab: Position vs Time Graph
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WS: #5 Finish Labs Bring $10 Lab Free |
Stamped: WS #4 Recieved: WS #5: Constant Velocity |
Fri. 9/5 |
Using the Graph... | 10 mintues - Check HW 10 minutes - Collect Lab Fee 50 mintues - PASCO Lab: Acceleration on an Inclined Plane |
Finish Labs Webassign Motion Part 2 DUE SUN @ 11:59 pm |
Stamped: WS #5 |
Mon. 9/8 |
How are these graphs related? X vs T, V vs T, A vs. T? |
5 minutes - Bellwork 5 minutes - Review Key Concepts from labs 30 minutes - Notes: Velocity and acceleration Equations 60 minutes - WS: Motion in 1 Dimention
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Read 2.5 Finish WS: Motion in 1D |
Received: WS: Motion in 1D Collected: Lab |
Tue. 9/9 Signed up for Computer Lab E2, but kicked out |
If a car is traveling eastward, can it's acceleration be westward? Explain. |
30 mintues - Questions? 30 minutes - Notes: Free Fall 15 minutes - Activity - Reaction Time |
Read 2.6 Research Joseph Kittinger (Due: Thur) Phet Vector Simulation (Due: Thur) Webassign Motion Part 2 DUE: Sun @11:59pm |
Recieved:WS - Free Fall Collected: Reaction Time activity |
Wed. 9/10 |
A ball is thrown upward. (a) what are its velecity and acceleration when it reaches the maximum altitude? (b) What is the acceleration of the ball just before it hits the ground? |
5 minutes - Bellwork 10 minutes - Check HW 45 minutes - Notes: Vector Math WS - Phet Extension |
Read Phet Vector Simulation (Due: Thur) Research Kittinger (Due: Thur) Webassign Motion Part 2 DUE: Sun @11:59pm |
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Thu. 9/11 |
20 minutes - Demos: Monkey Hunter & Pasco Cannon Car & Dropped and shot balls 50 minutes - Notes: Projectile Motion
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Webassign Motion Part 2 DUE: Sun @11:59pm |
Collected: Kittinger answers, Phet Vectors | |
Fri. 9/12 |
A plane traveling 40m/s is 100 m off the ground when it drops a package. How far, relative from where it was dropped, does the package land? | HW Questions 75 minutes - Range of a Rocket
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Webassign Motion Part 2 DUE: Sun @11:59pm |
Collected: Range of Rocket Work |
Mon. 9/15 |
A socer ball is kicked at a 30oangle w/ a velocity of 10m/s off a 10 m high cliff. How far from the base of the cliff does the ball land? (assume a ~10m/s2) | HW Questions 15 minutes - Notes: Relative Motion Study Guide
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Finish Study Guide |
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Tue. 9/16 |
A projectile is fired at some angle to the horizontal with some initial speed vo and air resistance is neglected. (a) Is the projectile a freely falling body? (b)What is the velocity in the vertical direction? (c)What is the velocity in the horizontal direction? |
Test - Motion in 1 and 2 Dimentions |
Print Notes: Newton's Laws | |
Unit 2: Newton's Laws Physics Chapter 4 |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Wed. 9/17 |
What do you know about Newton and his 3 laws? | 30 minutes - Hand back/go over test 15 minutes - Activity - Coin on Card on Cup & 2 washers (one on the other) 25 minutes - Notes: Forces and Newton's Laws 10 minutes - Demo: Inertia of Dry Ice 20 minutes - P. 108 Concept Quest (1, 3, 5, 6, 7, 8, 11) |
Read 4.1 - 4.4 Remind your parents to come to Back-to-School Night tonight Concept Questions #1, 3, 5, 6, 7, 8, 11 |
Recieved: Stampsheet Stamped: Notes |
Thur. 9/18 |
none | 10 minutes - Test Question Redo 20 minutes - Introduction to Excel 60 minutes - Lab - Inertial Balance WS: Intro Newton's 3 Laws |
Finish WS Lab DUE Mon. |
Received: How to use Excel - Part 1 Collected: Concept Questions |
Fri. 9/19 |
A soccer ball is kicked 20m/s at 30 degrees relative to the ground. What is Vx and Vy and what do they mean? | Questions Review Projectile Motion WS: Projectile Motion |
Finish WS Lab DUE Mon. |
Recieved: WS: Projectile Motion |
Mon. 9/22 |
Questions 15 minute - Demo: Which string will break? 10 minutes - Introduce Car Challange 55 minutes - Notes: Everyday Forces 30 minutes - WS: Newton's 2nd Law: As Viewed from a Frictionless World |
Read 4.5 Finish WS Webassign Newton's Laws DUE Sun 9/28 @ 11:59pm |
Received: Car Challange, WS: Newton's 2nd Law (Frictionless) Collected: Lab - Inertial Balance |
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Tue. 9/23 |
Explain why what happened in the demo happened. | 15 minutes - Check HW 25 minutes - Projectile Motion Quiz 30 minutes - Check HW 20 minutes - Nye - Friction 15 minutes - Work on HW (webassign) |
Read 4.6 Webassign Newton's Laws DUE Sun 9/28 @ 11:59pm |
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Wed. 9/24 |
30 minutes - Bellwork & Questions 45 minutes - Notes: Friction, Air-resistance & Common Misconceptions 40 minutes - WS: Friction #7 |
Finish WS Webassign Newton's Laws DUE Sun 9/28 @ 11:59pm |
Recieved: WS #7 | |
Thur. 9/25 |
A 20.0 kg mass is on a 30 degree incline. Find the components of the gravitational force that is parallel and perpendicular to the incline. | 30 minutes - Questions Work on Car |
Work on Lab or Car Webassign Newton's Laws DUE Sun 9/28 @ 11:59pm |
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Fri. 9/26 |
How is the pace of this class (too fast, too slow, just right)? | 5 minutes - Friction Song 30 minutes - Questions 60 mintues - WS: Friction Filled World 10 minutes - Pop Quiz |
Work on Car
Webassign Newton's Laws DUE Sun 9/28 @ 11:59pm |
Received: WS: Newton's 2nd Law: In a Friction Filled World Collected: Bellwork |
Mon. 9/29 |
20kg block on table w/ mu=0.5 connected to mass off table. What is mass off table so that just starts to move? | 20 minutes - Questions 60 minutes - Lab: Mini-Rockets 20 minutes - Study Guide |
Finish Study Guide |
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Tue. 9/30 |
~ No School ~ | |||
Wed. 10/1 |
Test Chapter 4 - Newton's Laws | Print Notes: Work, Energy & Momentum | ||
Unit 3: Work, Energy & Momentum Physics Chapter 5 & 6 |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Thur. 10/2 |
What is KE? What is PE? | 15 mintues - Hand Back Test Notes: Work/Energy (potential/kinetic) WS: This is a lot of Work (Work & KE) |
Phet - Skate Park - Due: Mon. 10/6 Finish WS |
Received: WS Work, Stampsheet Collected: Stamped: Notes |
Fri. 10/3 |
A 0.75kg block slides down a 20 degree 1.28m ramp w/no acc. What is Friction force? What is work done by friction? | Notes: Potential Energy Work on Car |
Phet - Skate Park - Due: Mon. Car DUE: Wed Car Paper DUE: Fri |
Received: none Collected: none Stamped: WS: Work |
Mon. 10/6 |
A man lifts a 20.0 kg blucket at constant velocity from a well. If he does 6.0 kJ of work, how deep is the well? | Collect Phet - Skate Park 60 minutes - Notes: Conservation of Energy & PE of Spring WS: KE, PE, & Conservation (WS 1 & 2) |
Finish WS Car Due WED (Paper due Fri) Webassign Energy 1 DUE: Sun 10/12 @ 11:59pm |
Received: WS: KE & PE (1&2) Collected: Phet Skate Park Stamped: none |
Tue. 10/7 |
Hiker A climbs straight up the hill while Hiker B uses switchbacks. Who does more work? Why are switchbacks used? | 5 minutes - Bellwork 15 minutes - Questions (Check HW) 15 minutes - Notes: PE of Spring (ex.1) 60 minutes - Lab - Shoot for your Grade |
Finish WS Shoot for your Grade due Fri if you did not hit the bulls eye. Car due Tomorrow! Webassign Energy 1 DUE: Sun 10/12 @ 11:59pm |
Received: none Collected: none Stamped: WS KE & PE |
| Wed. 10/8 | An athlete jumps straight up at 9.0 m/s. What is the max height he jumps? What is the speed half way? | Questions Notes: PE of Spring (ex. 2 & 3) Test Car |
Group Paper Due Friday! Webassign Energy 1 DUE: Sun 10/12 @ 11:59pm |
Received: none Collected: none Stamped: none |
Thur. 10/9 |
~ No School ~ | |||
Fri. 10/10 |
The rubber band in a toy car can store 75 J of energy. If the friction force on the car is 10.0 N, how far can the car go? | Car Project Group Paper Due Collect Lab (if you didn't hit the bulls-eye) 45 minutes - Notes: Power WS: Power |
Finish WS Webassign Energy 1 DUE: Sun 10/12 @ 11:59pm |
Recieved: WS: Power Collected:Group Paper, Bulls-eye lab (if you missed) Stamps: None |
Mon. 10/13 |
A 70. kg skier is pulled 60. m up a 30 degree frictionless slope at 2.0 m/s. How much work is done & What is power of the motor? | Bellwork/Pop Quiz 10 minutes - Check HW 20 minutes - Notes: Momentum and Impulse 60 minutes - WS: Momentum, Impulse, and Energy |
Finish WS Webassign Momentum DUE: THURS. 10/17 @11:59 pm |
Recieved: WS: p, I & E Collected: none Stamped: WS Power |
Tue. 10/14 |
A 75 kg stunt man falls 25 m onto a mattress which compresses 1.0 m before he comes to a stop. What is the force from the mattress? | 60 minutes - Notes: Conservation of Momentum and Collisions Demo - Swinging Wonder Demo - Ball + Ball Drop 20 minutes - WS #3 and WS #4 |
Webassign Momentum DUE: THUR. 10/17 @11:59 pm | Received: WS: #3 & 4 Collected: none Stamped: WS p, I, E |
Wed. 10/15 |
An ice skater is coating across a frictionless pond when his little bro jumps on hit back. What happens to the velocity of the skater? | Questions Group 1 - Lab: Conservation of Momentum Group 2 - WS #4 & Study Guide |
Webassign Momentum DUE: Thur 10/17, TOMORROW, @11:59 pm |
Received: none Collected: none Stamped: none |
Thu. 10/16 |
30 minutes - Questions 20 mintues - Video: Mythbusters (Bullets in oven) Group 1 -WS #4; Study Guide Group 2 - Lab: Conservation of Momentum Work on Study Guide & Webassign |
Finish Lab or Study Guide Webassign Momentum DUE: TONIGHT @11:59 pm |
Received: Study Guide Collected: Lab Stamped: none |
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Fri. 10/17 |
~ Late Start Day ~ Test: Work, Energy and Momentum - Chapter 5 - 6 |
Print Notes: Circular Motion | Received: none Collected: Stampsheet, Bellwork Stamped: Study Guide |
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Unit 4: Circular Motion Physics |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Mon 10/20 |
What do you know about radians? | Hand Back Tests Notes - Intro to Rotation: Circular vs. Linear Motion & Centripetal Acceleration WS: Circular Motion Part 1 |
Webassign Circular Motion DUE: Sun 10/26 @ 11:59 pm Finish WS |
Received: Stamp Sheet; WS: Circular Motions Part 1 Collected: none Stamped: Notes |
Tues. 10/21 |
A wheel has a radius of 4.1 m. How far (in m) does a point on the edge travel after: 20 degrees, 20 rad, 20 rev.? | 5 minutes - Bellwork 15 minutes - Check HW (WS Circular Motion Part 1) 30 minutes - Notes: Centripetal acceleration & force (concepts) 15 minutes - Demos: Water in Bucket Concept Questions #1, 3, 4, 6, 12, 13, 15, 18, 19 |
Webassign Circular Motion DUE: Sun 10/26 @ 11:59 pm Watch: Extream Basejumping in Wingsuits (youtube.com video) Writting Prompt: Are these people flying or falling in style? Explain. Could they do this on flat ground? (0.5 page min) DUE: Friday |
Received: WS: Circular Motion 2 Collected: None Stamped: Circular Motion 1 |
Wed. 10/22 |
In your own words, define angular acceleration, centripetal acceleration, linear acceleration & centripetal force | 10 minutes - Check HW 70 mintues - Lab: Centripetal Force Work on HW |
Lab DUE: Monday Webassign Circular Motion |
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Thur. 10/23 |
A centrifuge rotates at 3600 rev/min. When turned off it will rotate through 50. rev before coming to rest. What ist he angular acceleration of the machine | 45 minutes - Notes: Centripetal Force Equations 20 minutes - WS: Circular Motion 2 |
Finish WS (Due: Fri) Writing Prompt (Due: Fri) Lab (Due: Mon) Webassign (Due: Sun) |
Recieved: WS. Circular 2 Collected:none Stamped: none |
Fri. 10/24 |
In 1903 Wilbur Wright was the first man ever to fly. His flight lasted 12 sec. How do we know he was flying and not falling with style? | 45 minutes - Notes: Orbital Motion WS: Gravity |
Finish WS Lab DUE: Monday |
Recieved: WS. Gravity; Final Study Guide Collected:Writing Prompt Stamped: WS: Circular 2 |
Mon. 10/27 |
Why is it easier to determine the mass of a planet if it has a moon? | 5 minutes - Bellwork 10 minutes - Check HW 60 minutes - Study Guide 20 minutes - Organize Binder |
Study for Test Organize Binder |
Recieved: Study Guide, Binder Checklist Collected: Lab Stamped: WS: Gravity |
Tue. 10/28 |
A bucket is swung in a vertical circle. Where in the bucket's path is the tension in the string the least? most? explain. | TEST: Circular Motion |
FCI - (passwork Tabbuly) |
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Finals End of Subterm 1 |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Wed. 10/29 |
30 mintues - Correct FCI Study For Finals |
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Thur. 10/30 |
Period 4 - Take Final Period 2 & 3- Video - When We Left Earth |
Print Notes: Waves | ||
Fri. 10/31 |
Period 2 & 3- Final | |||
Unit 5: Waves and Sound Physics |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Mon. 11/3 |
15 minutes - Hand Back Tests 15 mintues - How to: Fc Lab & Pendulum Lab 30 minutes - Notes: Simple Harmonic Motion 20 minutes - Design Procedure for Pendulum Lab (Story board procedure) |
Phet: Springs & Masses (Due: Wed.) Webassign Waves DUE: Sunday 11/9 @ 11:59 pm
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Received: Stampsheet, WS: Hook's Law Collected: none Stamped: Notes |
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Tue. 11/4 |
A 50. N load will stretch a vertical spring 5.0 cm. What is the force in the spring if it is placed horizontally and then stretched 11 cm? | 70 minutes - Lab: Pendulum |
Lab: Due Wed. 11/12 Phet: Springs DUE Wed. Webassign Waves DUE: Sunday 11/9 @ 11:59 pm |
Received: none Collected: none Stamped: none |
Wed. 11/5 |
A pedulum is made with a spherical bob filled with water. If the water slowly leaks out, what happens to the period of the pendulum? | Turn in Phet Springs & Masses 30 minutes - Notes: Waves: Labels and Velocity of... 30 minutes - Lab Wave on a Spring 15 minutes - WS: Wave Speed |
Finish Lab - Waves on a spring Finish WS: Wave Speed Webassign Waves DUE: Sunday 11/9 @ 11:59 pm Lab - Pendulum DUE: Wed (11/12) |
Received: WS: Wave Speed Collected: Phet - Springs Stamped: None |
Thur. 11/6 |
If you pluck a rubber hose a wave pulse will travel through it. What happens to the wave speed if you pull the hose tighter? What if you quadruple of hose's mass? | 30 minutes - Notes: Reflection, Standing waves, interference http://www.walter-fendt.de/ph14e/beats.htm Phet - Waves on a String 10 minutes - WS: Concept Review/Graphing 15 minutes - Sound 15 minutes - Activity: Speed of Sound through a medium WS: Wave Properties/Graphing Practice |
Finish WS (Both & both sides) Webassign Waves DUE: Sunday 11/9 @ 11:59 pm Lab - Pendulum DUE: Wed (11/12) |
Received: Collected: Lab Waves on a Spring Stamped: WS: Wave Speed |
Fri. 11/7 |
A 50 cm string has a mass of 3.0 g. A wave travels at 5 m/s on the string. What ist he speed of a wave on a second string (1/2 mass, same length and tesion)? | 10 minutes - Go over WS: Diagraming waves 30 minutes - Notes: Sound Intensity & Decibles 60 minutes - WS: Intensity & Relative Loudness |
Finish WS: Intensity & Relative Loudness Webassign Waves DUE: Sunday 11/9 @ 11:59 pm Lab - Pendulum DUE: Wed (11/12) |
Received: WS: Intensity Collected: none Stamped: Concept Questions |
Mon. 11/10 |
One toadfsh can make a sound as load as 110 dB. How loud would 3 toadfish be all together? | 10 minutes - Go over WS: Intensity & Relative Loudness 40 minutes - Notes: Doppler Effect http://www.lon-capa.org/~mmp/applist/doppler/d.htm 20 minutes - Nye: Astrobiology |
Finish WS: Doppler Effect Lab - Pendulum DUE: Wed (11/12) |
Received: WS: Doppler Collected: Video Questions Stamped: WS Intensity |
Tue. 11/11 |
~ No School ~ Veteran's Day ~ | |||
Wed. 11/12 |
A train passes a platform at 40m/s. At rest the horn is 340 Hz. If you are standing on the platform, what change is frequency do you hear as the train approaches and leaves? | 10 minutes - Go over WS: Doppler Effect 45-50 minutes - Notes: Beats, Standing Waves, Resonance 15 minutes - Mythbusters - Breaking a Glass 30 minutes - WS: Beats, Standing Waves, Resonance |
WS: Beats, & Standing Waves
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Received: WS: Beats Collected: Lab: Pendulum Stamped: WS Doppler Effect |
Thu. 11/13 |
Per 2 - Explain Demo Per 4 - Myth Breaking Glass |
30 minutes - Lab: Tuning fork frequency 60 minutes - Study Guide |
Finish at least half of Study Guide (9 questions of your choosing) |
Received: Study Guide Collected:Lab Stamped: WS: Beats |
Fri. 11/14 |
The human ear is 2.8 cm long. It is like a pipe, closed on one end and open at the ear drum. What fundamental frequency would we be most sensitive to at 20. deg. C? | Test: Waves & Sound |
Print Notes: Electrostatics Print Lab: Electrostatics |
Received: none Collected: Stampsheet, Lab, Bellwork Stamped: study guide |
If Time |
45 minutes - Notes: Bernulli's Principle Demos: Blow over paper, Straw Sprayer, funnel/soda bottle with ball (4-6inch). 5 minutes - Watch Tacoma Narrows Bridge 45 minutes - What happened to the bridge? Story Book - What happened to the bridge and why? |
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Unit 6: Electrostatics Chapter 15 Physics |
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Date |
Bellwork |
Daily Schedule |
Homework |
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Mon. 11/17 |
15 minutes - Hand Back Tests 60 minutes - Notes - Start Electrostatics - Charge and how charge flows 30 minutes - Start Lab: Electrostatics |
Read Ch. 15 p. 497-500 (15.1-15.2) Concept Questions p. 524 #1, 2, 4, 6, 7, 17, 19 |
Received: Stampsheet Collected: nothing Stamped: Notes |
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Tues. 11/18 |
30 mintues - Notes - Coulomb's Law 30 mintues - Finish Lab: Electrostatics WS: Coulumb's Law |
Finish WS: Coulonb's Law (FRONT ONLY)
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Received: WS: Coulomb's Law Collected: Concept Questions; Lab Stamped: |
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Wed. 11/19
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An alpha particle (2 p+) is sent towards a gold nucleus (79 p+). What is the electric force on the alpha particle 2E-14 m away? | 45-60 mintues - Notes - Electric Field & Drawing Electric Field lines Demo - Van de Graaff Generator 20 minutes - WS: Electric Force/Electric Field (HOLT) |
Finish WS (BOTH sides) Phet - Electric Field Hockey Due: Friday
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Received: WS: E- Force & Field Collected: none Stamped:WS: Coulomb's Law |
Thur. 11/20 |
10 mintues - Questions 10 mintues - Go over WS: Electric Force/Electric Field 30 mintues - Start WS: Electric Field 45 minutes - Notes - Electric Potential |
Finish WS: Electric Field (BACK side of Coulomb's Law) |
Received: WS: Electric Field Collected: Stamped:WS: E-force & Field |
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Fri. 11/21 |
Notes - Electric Potential Energy WS - Electric Potential/Electric Potential Energy |
Finish WS: Electric Potential (FRONT ONLY) |
Received: WS: E- potential Collected: Phet - Field Hockey Stamped: WS: E- Field |
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Mon. 11/24 |
15 minutes - Finish Notes: Thoughts on Potential 45 minutes - Study Guide |
Finish Study Guide | Received: Study Guide Collected: Phet - Electric Potential Stamped: WS: Electric Potential |
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Tues. 11/25 |
Test | Print Notes: Circuits | Received: Collected: Bellwork, Stampsheet Stamped:Study Guide |
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Wed.-Fri. 11/26-28 |
~ Thanksgiving Break ~ | |||
Unit 7: DC Circuits Physics |
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Date |
Bellwork |
Daily Schedule |
Homework |
Fri. 12/14 |
5 minutes - New Seats 15 minutes - Hand Back Tests 10 minutes - Participation Points 30 minutes - Notes: Start Resistance |
WS: Electric Current Concept Questions (Mine) | |
Mon. 12/17 |
10 minutes - Check Concept Questions 45 minutes - Notes: Ohm's Law and Power Lab: V = IR (NEED TO FIND THIS...) WS: Ohm's Law and Power |
Finish WS | |
Tues. 12/18 |
30 minutes - Period 2: PSAT Scores/ Period 3: Decorate the Door or watch Video/ Period 4: Video (or Nye?) 10 minutes - Go over WS 60 minutes - Notes: Circuits w/ Series and Parallel circuit relay race WS: Holts - Diagraming Skills |
Ch. 18 Concept Questions p. ??? (#????) |
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Wed. 12/19 |
45 minutes - Notes: Finish Circuits Lab: Circuit Creation Challange WS: Holts - Resistors in series and parallel/Mixed circuit review |
Finish WS | |
Thur. 12/20 |
~Rally Schedule~ WS: Mixed Review (Holts) |
Finish WS: Mixed Circuits (Mine) | |
Fri. 12/21 |
Winter Break Starts | Finish WS: Mixed Circuits | |
Mon. 1/7 |
40 minutes - Go over WS 30 minutes - Jeopardy Review 10-15 minutes - Study Guide |
Finish Study Guide | |
Tues. 1/8 |
Test: Circuits | Print Notes: Magnitism | |
Unit 8: Magnetism Physics |
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|---|---|---|---|
Date |
Bellwork |
Daily Schedule |
Homework |
Wed. 1/9 |
10 minutes - Hand Back Test 30 minutes - Notes: Magnetic Field, Magnetic Field Lines, 5 minutes - Demos - Magnet in a bottle (field lines), Magnetic Field Lines of Earth 20 minutes - Nye: Magnitism 30 minutes - Lab: Magnetic Field Lines 15 minutes - WS: Holt - Magnets and Magnetic Fields |
Read 19.1 & 19.2 Finish WS Webassign |
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Thur. 1/10 |
10 mintues - Go over the Concept Questions 10 minutes - Demos - Magnetic Field of a Current 45 minutes - Notes - Right Hand Rule 1& 2, Calculate Force 30 minutes - WS: Holt - Magnetic Force
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Read 19.3 Finish WS Webassign |
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30 minutes - PRS: Right Hand Rule Review (NEED TO MAKE THIS) 60 minutes - Video: NOVA - Earth's Magnetic Field |
Webassign | ||
20 minutes - Questions 40 minutes - Notes - Motion of Particles & Force on a Wire 20 minutes - Start WS: It's Attractive (CHECK FOR AMPIER"S LAW) |
Read 19.6 | ||
Fri. 1/11 |
15 minutes - Questions 45 minutes - Notes: Ampier's Law 10 minutes - Equation Chart (Put all the equations for the chapter so far together) 30 minutes - Finish WS: It's Attractive/Work on Webassign |
Read 19.4 & 19.7 Webassign DUE Sun @ 11:59 pm |
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Mon. 1/14 |
10 minutes - Go over WS: Its Attractive (Front side) 40 minutes - Finish Notes - Force on 2 wires (add to chart) WS - More Magnets |
Read 19.8 WS: More Magnets (Front side) Webassign Due Thur @11:59 pm |
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30 minutes - How Bells/buzzers/alarms work (force between two wires) Notes - Electric Motors (NEED TO MAKE) 40 minutes - Build an Electric Motor (NEED TO LOOK INTO www.scitoys.com) |
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Tues. 1/15 |
45-60 minutes - Lab - Building a Better Electromagnet 15 minutes - Finish Back side of WS: More Magnets
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Finish WS: More Magnets Webassign Due Thur @11:59 pm |
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| Test - Magnets | |||
Wed. 1/16 |
20-30 minutes - Questions (WS and Webassign) 45 minutes - Notes - Induction 20 minutes - Demo - Current induced in a coil (Galvinometer on over head), Magnet in a pipe (Portal to another universe) WS: Induced Currents |
Finish WS (Front Side Only) Webassign Due Thur @11:59 pm |
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Thur. 1/17 |
15 minutes - Questions (WS and Webassign) 30 minutes - Notes - Transformers 10 minutes - Demo - Jumping Rings, Magnet in Pipe (may be) 15 mintues - WS - Holt: Inductance 30 minutes - WS: Study Guide for Quiz |
Webassign DUE Thur @ 11:59 pm Study for Quiz tomorrow Finish Study Guide |
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Fri. 1/18 |
Quiz on Magnetism | Start Studying for Final | |
Subterm 2 Final Physics H |
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Date |
Bellwork |
Daily Schedule |
Homework |
Mon. 1/21 |
~ No School ~ |
Even though this study guide is short, it should help you in your reviewing of the units we have covered in subterm 2. |
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Tues. 1/22 |
Review: Break up into groups and each group summarizes key parts of the unit. | ||
Wed. 1/23 |
Review Jeopardy Study for Final |
Make and 8.5" x 11" Cheat sheet for the final | |
Thurs. 1/24 |
~Finals~ Period 3 FINAL |
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Fri. 1/25 |
~Finals~ Period 2 & 4 FINAL |
Good Luck in your classes next term | |
| End of the course. |
|---|
