AP Physics-5th Period Assignments
- Instructor
- Mr. John Banusiewicz
- Term
- 2023-2024 School Year
- Department
- High School Curriculum
- Description
-
Upcoming Assignments
No upcoming assignments.
Past Assignments
Due:
Review for AP Exam
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Review for AP Exam
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No Class. I'm out of town.
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No Class. I'm out of town.
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No Class. I'm out of town.
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No Class. I'm out of town.
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Daily Test on Pendulum Simple Harmonic Motion
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Daily Test on Pendulum Simple Harmonic Motion
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Review for the test tomorrow
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Review for the test tomorrow
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Pendulum graph questions
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Look at pendulum graph questions
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Try some more challenging pendulum problems
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Try some more challenging pendulum problems
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Begin a lengthy packet on pendulum math problems. This packet will take up the rest of the week.
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Pendulums. We will meet in the classroom for attendance, then go to the lab.
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Take notes on simple harmonic motion and begin to look at the basics of pendulum math
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Good luck on public speaking
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Test on gravitation, circular motion, and torque
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Review gravitation, circular motion, and torque
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Review gravitation, circular motion, and torque
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Practice circular motion
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Notes on circular motion
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Practice universal gravitation
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Notes on gravitational energy
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Notes on gravitational energy
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Notes on angular momentum
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Linear Momentum Test
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Review linear momentum
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Review linear momentum
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Post-lab questions from the virtual lab, then begin FRQ on momentum
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Go to the website and follow the instructions on the handout to complete the virtual lab. The screenshot shows you which boxes and features to have checked and unchecked as you complete this. Note that collisions is set to "slow" and "more data" box is checked. the You can click on the values in the velocity and mass boxes to edit those values as needed. Leave the "distance" values alone. You want to pause the simulation shortly after the collision shortly after the collision to get your "after" value. All information regarding momentum is displayed on the screen, but all of the tables regarding kinetic energy rely on your calculations. K = 1/2mv^2. Answer all pre and post-lab questions in addition to completing the tables and turn in your completed packet for a grade.
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Bring Chromebook. Virtual activity on collisions.
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Work collision problems
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Notes on conservation of momentum, elastic, and inelastic collisions
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Review the basics of momentum that we covered this week. We will move on to collisions next week.
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No class. Mississippi College Math and Science Tournament. If you are not attending that, then you are free to leave.
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Look at Force vs. Time graphs and use the momentum equations to pull information out of them
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Practice identifying the center of mass and using the momentum and impulse equations
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Go over the FRQ problems you did on Friday. Then, begin notes on Momentum.
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Complete the energy FRQ
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Unit Test on Energy
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Review energy to prepare for the unit test on Wednesday
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Review energy to prepare for the unit test on Wednesday
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Finish the work, spring, and gravitational energy we started yesterday
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Finish the work, spring, and gravitational energy we started yesterday
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Wrap up the Hooke's Law lab, and begin looking at work, spring energy, and gravitational energy all together.
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Wrap up the Hooke's Law lab, and begin looking at work, spring energy, and gravitational energy all together.
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Lab on Hooke's Law to demonstrate spring potential energy
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Lab on Hooke's Law to demonstrate spring potential energy
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Worksheet on work and gravitational energy
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Worksheet on work and gravitational energy
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Notes on conservation of mechanical energy, how it relates to the past kinematics we have done, and why it makes our life easier
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Notes on conservation of mechanical energy, how it relates to the past kinematics we have done, and why it makes our life easier
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Relate work to energy, starting with gravitational potential energy
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Practice work problems
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Notes on Work and Energy
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Exam at 10:45 am
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Exam at 10:45 am
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Major Test on Forces
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Review force problems
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Lab on tension forces
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Problems about tension and force systems
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Introduce tension and forces in systems
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No lesson today. I won't be here.
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Continue to look at systems of forces
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Continue to look at systems of forces
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Look at tension and how it used in systems of forces
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Look at tension and how it used in systems of forces
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Daily Test on Friction
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Daily Test on Friction
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Review the coefficient of friction graphs and how they can be utilized to solve problems
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Review the coefficient of friction graphs and how they can be utilized to solve problems
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Work problems involving finding and utilizing the coefficient of friction
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Work problems involving finding and utilizing the coefficient of friction
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End the week with looking at some some basic systems involving a single force acting on several objects at once.
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Go the website, and a type of surface by clicking "Type of Surface" and record that in your table
1. Click on the object mass arrows and pick whatever you want. Record that value (in grams, as it shown on the screen) in the table
2. Click "start" and let the trial complete. Use the graph to determine your values for static and kinetic friction, and record those values in the table.
3. Click "Reset" and repeat steps 1-3 with a different mass. The first trial for everyone is 0, so you will do this a total of 4 times with 4 different masses each time until you have 5 total data points.
4. After your table is complete, look at the graphs that were generated below. Use the graphs to determine the coefficient of static and kinetic friction for your type of surface and record those values.
5. Submit the google sheets file when you are done.
1. Click on the object mass arrows and pick whatever you want. Record that value (in grams, as it shown on the screen) in the table
2. Click "start" and let the trial complete. Use the graph to determine your values for static and kinetic friction, and record those values in the table.
3. Click "Reset" and repeat steps 1-3 with a different mass. The first trial for everyone is 0, so you will do this a total of 4 times with 4 different masses each time until you have 5 total data points.
4. After your table is complete, look at the graphs that were generated below. Use the graphs to determine the coefficient of static and kinetic friction for your type of surface and record those values.
5. Submit the google sheets file when you are done.
Due:
Take a look at tension, how it works, and how it can be applied in systems
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Bring your chrome books. You will do a virtual lab on determining the coefficient of friction. Everything you need for it will be posted on the day of.
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Calculate friction, and learn how to use that information to determine the coefficient of friction between two objects
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Begin looking specifically at the force of friction
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Daily Test on Free Body Diagrams
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Celebrate Halloween with free body diagrams
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Go over free body diagrams and how to solve problems based on them
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Practice Problems on Forces
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Practice Problems on Forces
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Practice Problems on Forces
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Continue the introduction to forces
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Go over the test from yesterday, then take some introductory notes on forces
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Major test on 2D Motion
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Review for the major test on 2D Motion
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Work on the FRQ problems on AP Classroom and begin test review if we finish
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Go over the FRQ from yesterday and begin to wrap up and summarize the 2D motion unit. The major test will be on Wednesday, October
18.
18.
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Work a projectile motion FRQ
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No class today since I won't be here.
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Projectile motion lab. Meet in the room, then head to the football field.
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No class. Enjoy the long weekend.
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No class. Enjoy the long weekend.
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No class. Enjoy the long weekend.
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Daily Test on 2D Motion Problems
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Daily Test on 2D Motion Problems
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Daily Test on 2D Motion Problems
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Review parabola problems
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Review parabola problems
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Review parabola problems
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Review parabola problems
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Review parabola problems
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Review parabola problems
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Daily Test on 2D motion math problems
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Daily Test on 2D motion math problems
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Review the 2d motion math problems
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Review the 2d motion math problems
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Finish the note packet
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Finish the note packet
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Complete the note packet through the Kennedy problem
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Complete the note packet through the Kennedy problem
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Practice problems on projectile motion
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Practice problems on projectile motion
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Notes on projectile motion
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Notes on projectile motion
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Notes on projectile motion
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Notes on projectile motion
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Daily Test on vectors
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Daily Test on vectors
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Continue notes on projectile motion
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Continue notes on projectile motion
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Notes on projectile motion
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Notes on projectile motion
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Daily Test on vector addition
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Daily Test on vector addition
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Work on scaler multiplication and division, and review the unit circle
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Work on scaler multiplication and division, and review the unit circle
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Begin 2D Motion with notes on vectors and vector addition
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Begin 2D Motion with notes on vectors and vector addition
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Go over the test and the FRQ to wrap up 1D Motion.
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FRQ portion of the major test
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Major Test on 1D Motion
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Review for the major test tomorrow
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More practice on drawing graphs from a velocity graph
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More practice on drawing graphs from a velocity graph
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Continue working the last page.
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Begin to work the final page in the packet. This is tricky and might take a few days.
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Review the motion graphs, then work pg. 9
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Complete the note packet or die trying!
Actually, we will just finish it on Monday if we have to. It's not a big deal.
Actually, we will just finish it on Monday if we have to. It's not a big deal.
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Complete the note packet or die trying!
Actually, we will just finish it on Monday if we have to. It's not a big deal.
Actually, we will just finish it on Monday if we have to. It's not a big deal.
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Complete the rest of pg. 8 and move on to pg. 9
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Complete the rest of pg. 8 and move on to pg. 9
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Daily Test 1 on the note packet up through the top half of pg. 8 minus the graphs
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Daily Test 1 on the note packet up through the top half of pg. 8 minus the graphs
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Review everything we have done so far excluding the graphs.
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Review everything we have done so far excluding the graphs.
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Complete the table and conceptual questions about free fall (pg. 7-8)
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Complete the table and conceptual questions about free fall (pg. 7-8)
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Introduce freefall and acceleration due to gravity. Work page 7, then work word problems relating to vertical motion
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Wrap up pages 4 and 5 from yesterday, then begin to solve word problems using the kinematics equations (pg. 6)
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Resume the note packed by working pages 4 and 5 to familiarize yourself with the kinematics equations and their graphs