Per. 2 - AP Physics 1-419 Assignments
- Instructor
- Brian Huang
- Term
- 2024-2025 School Year
- Description
-
Upcoming Assignments
No upcoming assignments.
Past Assignments
Due:
EoY Project Draft Submission
Please have one person from each group submit a draft or a photo of your progress here before the end of your class period.
Due:
Exit Ticket - EOY Project Check-in
Due:
Unit 7 | Oscillations Review
Due:
Unit 5 | Torque & Rotational Dynamics Review
Due:
Unit 8 | Fluids Review
Due:
Unit 6 | Energy and Momentum of Rotating Systems
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Unit 5 | Torque & Rotational Dynamics Review
Due:
Unit 6 | Energy and Momentum of Rotating Systems
Due:
Unit 4 | Linear Momentum Review
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Unit 3 | Work & Energy Review
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Unit 2 | Forces Review
Due:
Unit 1 | Kinematics Review
Due:
Aviary - Pascal's Principle
How much force must be applied to the syringe to assure that the system remains in equilibrium?
Show all your work for full credit. No late work.
Show all your work for full credit. No late work.
Due:
Aviary - Pressure at Base of a Column
Using the information about your cylinder, determine its mass, the force gravity and the pressure it is exerting on the lab table.
Be sure to include your work for full credit. No late work will be accepted.
Be sure to include your work for full credit. No late work will be accepted.
Due:
Aviary - Density of Rock
Use Newton's Laws and Archimedes' Principle to find the density of the rock. Show all your work for full credit! Hint: This is similar to the lab that we did in class.
Due by Thursday, May 1st. No late extensions.
Due by Thursday, May 1st. No late extensions.
Due:
Unit 8 Fluids (OpenStaxx Reading)
Read and take notes on these pages -- 11.1 -- 11.7
Due:
19.12, 19.13 Work (+Physics)
Positive Physics Assignment
Due:
Unit 8 Fluids (OpenStaxx Reading)
Read and take notes on these pages -- 11.1 -- 11.7
Due:
19.8, 19.9, 19.10 Work (+Physics)
Positive Physics Assignment
Due:
19.6, 19.7 Work (+Physics)
Positive Physics Assignment
Due:
19.4, 19.5 Work (+Physics)
Positive Physics Assignment
Due:
Unit 18 Work (+Physics)
Positive Physics Assignment
Due:
17.7 Work (+Physics)
Positive Physics Assignment
Due:
Conservation of Rotational Momentum Video Lab
Use the Vernier PDF as a reference.
Calculate the initial and final rotational momentum and
Calculate the initial and final rotational energy. Show all of your work!
What can you say about the conservation of momentum?
What can you say about the conservation of energy? Why?
Calculate the initial and final rotational momentum and
Calculate the initial and final rotational energy. Show all of your work!
What can you say about the conservation of momentum?
What can you say about the conservation of energy? Why?
Due:
17.1, 17.3, 17.4, 17.5 Work (+Physics)
Positive Physics Assignment
Due:
XC Aviary: RotKin (Jersey Sure)
Hint:
There are 36 spaces around the outside of the circle. Calculate the total number of rotations it will make and then use the fraction (decimal) part to calculate how much farther (# of spaces) past the starting number.
Upload a screenshot of your successful spin and a copy of your work for full credit!
There are 36 spaces around the outside of the circle. Calculate the total number of rotations it will make and then use the fraction (decimal) part to calculate how much farther (# of spaces) past the starting number.
Upload a screenshot of your successful spin and a copy of your work for full credit!
Due:
Topic Questions 5.2 - Linear & Rotational Motion
Due:
Topic Questions 5.1 - Rotational Kinematics
Due:
Av: Rot Eq2 - Rotational Equilibrium Level 2
Due:
Av: Rot Eq1 - Rotational Equilibrium Level 1
Due:
15.9 Work (+Physics)
Positive Physics Assignment
Due:
15.8 Work (+Physics)
Positive Physics Assignment
Due:
15.7 Work (+Physics)
Positive Physics Assignment
Due:
15.6 Work (+Physics)
Positive Physics Assignment
Due:
Topic 5.2 - Connecting Linear & Rotational Motion
Due:
Topic 5.1 - Rotational Kinematics
Due:
4.4 - Elastic & Inelastic Collisions (Albert.io)
Due:
College Board Topic Questions 4.4
Due:
4.3 - Conservation of Momentum
Due:
Av-Energy4 - Power of Motor for Billy on Hill
Show all work for full credit
Due:
Av-Energy3 - KE of Object Traveling in Circle
Show all work for full credit
Due:
Av-Energy2 - Speed from Work Graph
Show your work for full credit.
Due:
Av-Energy1 - Energy on Incline with Friction
Due:
Av-Energy0 - Energy on Frictionless Incline
Due:
Unit 3 Energy Topic Questions - 3.3, 3.4, 3.5
Due:
Topic Questions (3.1 & 3.2) - Complete for HW & do on CollegeBoard as well
Due:
+Physics Challenge MC
Due:
+Physics Power & Challenge
Due:
2.8 Topic Questions - Spring Forces
Due:
Av-Spring2 - Spring Stretch on Other Planet
Be sure to include all of your work for full credit.
Due:
Av-Spring - Spring Constant by Measuring Stretch
Be sure to include a photo of your work for full credit!
Due:
Av-Incline - Newton's Law System on Incline Problem
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Av-Acc Displ Ang - Accleration from Displaced Angle
Due:
Av-Atwood1 - Aviary Atwood Problem
Include a screenshot of your FBD and work for this problem.
Hint: Be sure to capture the initial starting height of the larger mass object. Use the time it falls and kinematics equations to find acceleration of the system.
Hint: Be sure to capture the initial starting height of the larger mass object. Use the time it falls and kinematics equations to find acceleration of the system.
Due:
Av-Atwood2 Atwood Unknown Mass Problem
Upload a screenshot of your completed problem and a photo of your work.
Due:
Av-Forces Car Acceleration from Forces
Upload a screenshot and your work for full credit.
Due:
Av-Elev - Aviary Forces on an Elevator Problem
Find the mass, top speed, and distance travelled using the graphs in the simulation. You can use either moving up or moving down for your problem. Please upload a copy of your work as well.
Due:
Aviary: Center of Mass Estimated
In this program you will have three minutes to approximate the center of mass for as many systems as possible.
For correct answers: The closer your guess is to the center of mass and the more particles that were part of your system, the more points you will earn.
Upload a screenshot of your final score.
For correct answers: The closer your guess is to the center of mass and the more particles that were part of your system, the more points you will earn.
Upload a screenshot of your final score.
Due:
Forces and Motion Inquiry
Due:
Aviary: Center of Mass 3
Due:
Aviary: Center of Mass 2
Due:
+Physics, Work, Unit 5: Center of Mass: Concepts & Calculations
Due:
Aviary: Landing Location of Horizontal Projectile
Upload a photo of your completed aviary
Due:
Aviary: Speed of Horizontal Projectile
Upload a screenshot of your final screen.
Due:
Aviary: Relative Velocity
Upload a screenshot of your final screen
Due:
Aviary: River Crossing Problem 1
Due:
+Physics, Work, Unit 4: Complete Prob 1 & 2
Due:
Reading: Units 2.5 - 2.8
Read & take notes on pp 49 - 89. Work through each of the examples on your own in your notes.
2.4 - Acceleration
2.5 - Motion Equations for Constant Acceleration
2.6 - Problem-Solving Basics
2.7 - Falling Objects
2.8 - Graphical Analysis of 1D
2.4 - Acceleration
2.5 - Motion Equations for Constant Acceleration
2.6 - Problem-Solving Basics
2.7 - Falling Objects
2.8 - Graphical Analysis of 1D
Due:
+Physics, Work, Unit 4: Trigonometry
Due:
+Physics, Work, Unit 4: Motion Charts
Due:
U1 - Video Analysis Mini Lab - Finding g
Due:
Albert 1.3 | Representing Motion (part 1)
Due:
+Physics, Work, Unit 3: Complete Problems 1
Positive Physics Assignment
Due:
+Physics, Work, Unit 3: Complete Problems 2
Positive Physics Assignment
Due:
Reading: Units 2.1 - 2.4
Due:
+Physics, Work, Unit 1: Complete Problems 1
Positive Physics Assignment
Due:
+Physics, Work, Unit 1: Complete Problems 2
Positive Physics Assignment
Due:
+Physics, Work, Unit 2: Challenge
Positive Physics Assignment (example / key attached)
Due:
Albert 1.2 | Displacement, Velocity, Acceleration (part 1)
Due:
Stack of Graphs - Lab
Upload a single google doc with your graphs
Due:
+Physics, Unit 1, Work
Positive Physics Assignment - all work is due by Tuesday
Due:
+Physics, Work, Unit 0: Trigonometry
Positive Physics Assignment
Due:
+Physics, Work, Unit 0: Interpreting Graphs
Positive Physics Assignment
Due:
Reading 1.1, 1.2, 1.3, -- extension
Read & Take notes.