Use this video below to find the mass of Peter Griffin:
Year: 2019
Partner Mini-Quizzes on Forces
Try these delicious PhysicsAviaries with your partner. Call me over when you get the right answer. Make sure to check your units!
- Car Stopping Distance
- Car on Turn (Gravity is not 9.8m/s/s!!
- Gravitational Force on Satellite
Do NOT Click here
Happy Pi-thon Day!
Happy Pi Day!!!
Today you will complete a tutorial on the basics of programming in Python. Each lesson module below has information on Python syntax and grammar with some interactive activities built in.
Writing Your First(!) Program
After you complete those four short lessons you should be able to complete the code to write a short program that will solve the Sizzle and Slice problem.
Gizmos Atwood Machine
An Atwood Machine is basically two masses hanging over a pulley. Did anyone do less to invent a “machine” than George Atwood?
Today you’ll be using a Gizmo to explore the workings of the wonderous Atwood machine.
Click here to log into Gizmos. You’ll need to use the username and password on the paper at the front of the room.
You can work with a partner to complete this activity. Just a reminder for many of you in CP Physics – a partner means ONE other person, not 9 people “working” together.
Calculating the Equilibrant Force
All of our force tables were built when Gover Cleveland was president, so they are a little old.
For this lab, you will be using a virtual simulation instead, but the process is the same as if we had the real thing.
Click here for the simulation.
FreeBody Diagrams
What’s going on with these cherries?
Try this Free Body Diagram Interactive.
Turd the Target
Solve six different projectile problems, helping Birdman successfully avenge himself and hit the target below
CSI Projectiles
Click here to go to the lab activity for today. Type your answers into that document and share it with me when you finished it.
When you are done with the CSI activity, complete the two short tasks below. Pay attention to the units and make sure you read the question so you know what you are supposed to answer. Screenshot your success and share it with me.
- Difference in landing location
- Drone delivery problem (Pay attention to the acceleration!! It probably isn’t 9.81m/s/s)
Barlow Academy 