Today is your day to work on the study guide for our second test. We also counted stamps today. Next class you will have about 45 minutes to last minute studying, and the last hour will be your test.
Period 4, I have to proctor AIMS on Wednesday, so make sure you email me any questions Tuesday as you will not see me Wednesday. miss.volkening@gmail.com
Study Guide: Forces
Answers:
Showing posts with label circular motion. Show all posts
Showing posts with label circular motion. Show all posts
Monday, October 21, 2013
Thursday, October 17, 2013
Tuesday, October 15, 2013
Honors: Finding g With Centripetal Force
Today we used centripetal force to verify the acceleration of gravity near Earth's surface. The bellwork is below. Here is the lab.
Labels:
circular motion,
force,
gravity
Tuesday, October 8, 2013
Honors: Centripetal Force
Today we talked about centripetal force and practiced a problem combining circular motion and friction. Your homework is Circular Motion II.
Labels:
circular motion,
force
Thursday, October 3, 2013
Conceptual: Centripetal Force
Today we talked about centripetal force and practiced a problem combining circular motion and friction. Your homework is Circular Motion II.
Labels:
circular motion,
force
Honors: Rotational/Circular Motion
Bellwork became a sort of notes today:
We went outside to run around in circles to discover the relationship between tangential velocity and radius and tangential velocity and rotational speed.
We went outside to run around in circles to discover the relationship between tangential velocity and radius and tangential velocity and rotational speed.
Homework tonight is Circular Motion I.
Labels:
circular motion
Tuesday, October 1, 2013
Conceptual: Centripetal Force Lab
Today we completed the Centripetal force lab - it is homework if you didn't finish in class. Bellwork set it up:
Labels:
circular motion,
force
Monday, September 30, 2013
Conceptual: Rotational/Circular Motion
Bellwork became a sort of notes today:
We went outside to run around in circles to discover the relationship between tangential velocity and radius and tangential velocity and rotational speed.
We went outside to run around in circles to discover the relationship between tangential velocity and radius and tangential velocity and rotational speed.
Homework tonight is Circular Motion I.
Labels:
circular motion
Wednesday, February 27, 2013
Honors: Momentum/Rotational Motion/Gravity Study Guide
I was going to try to squeeze in a lab before the next unit...but then almost no one turned in Momentum III and those that did left most of it blank. I also found out that I'll be gone on Friday and I didn't want you doing a lab while I'm gone. So today (and tomorrow and Friday) are going to be work days. In addition to completing Momentum III like you were supposed to, you can work on the study guide for our second test, which will be Monday.
Study Guide
Study Guide
Labels:
circular motion,
gravity,
momentum
Monday, February 11, 2013
Honors: Orbits
Today we talked about why astronauts seem to be floating when in orbit even though they are not "weightless." We also derived an equation for the mass of a body that is being orbited.
Labels:
circular motion,
gravity
Thursday, February 7, 2013
Honors: Centrifugal Force
Today we briefly talked about centrifugal force, which is a pseudoforce (fake force) but is still pretty cool. Centrifugal force appears if you have a rotating reference frame and is indistinguishable from gravity to a person inside that rotating reference frame. We watched a couple of clips from 2001: A Space Odyssey that show how a rotating reference frame could be used to create "artificial gravity."
Labels:
circular motion,
force
Wednesday, February 6, 2013
Conceptual: Microgravity and Unit 8 Study Guide
Today we very briefly talked about why astronauts orbiting earth seem to be "weightless" but are not. The rest of the time was used to start on your study guide (I'll post the answers tomorrow). We'll be counting stamps tomorrow and your test is on Friday.
Labels:
circular motion,
friction,
gravity
Honors: Centripetal Force
Today we talked about centripetal force and practiced a problem combining circular motion and friction. Your homework is Circular Motion II.





Labels:
circular motion,
force
Tuesday, February 5, 2013
Honors: Rotational Motion
Today we introduced the two kinds of rotational motion as well as the two kinds of speed/velocity involved. We did run around outside for a bit, but there are also notes below. Your homework is Circular Motion I.


Labels:
circular motion
Friday, February 1, 2013
Conceptual: Centrifugal Force
Today we talked briefly about the pseudo force centrifugal force. This will not be on the test - I just wanted to show you some practical uses and tricks involved.
Labels:
circular motion,
force
Thursday, January 31, 2013
Conceptual: Centripetal Force
Today we talked about centripetal force and practiced a problem combining circular motion and friction. Your homework is Circular Motion II.
Labels:
circular motion,
force
Wednesday, January 30, 2013
Conceptual: Rotational Motion
Today we introduced the two kinds of rotational motion as well as the two kinds of speed/velocity involved. We did run around outside for a bit, but there are also notes below. Your homework is Circular Motion I.
Labels:
circular motion
Tuesday, February 8, 2011
Unit 8 Study Guide
Today is your one and only work day to get ready for your Unit 8 Test. Your study guides are below. You also need to count and record your bellwork stamps.
Unit 8 Study Guide
Honors Unit 8 Study Guide
Aaaaaand here's an extra credit assignment, open to everyone:
Extra Credit: Universal Gravitation II
Test Tomorrow!
Unit 8 Study Guide
Honors Unit 8 Study Guide
Aaaaaand here's an extra credit assignment, open to everyone:
Extra Credit: Universal Gravitation II
Test Tomorrow!
Labels:
circular motion,
force,
friction,
gravity
Friday, February 4, 2011
Orbits and Microgravity
Due to the unusually cold weather, Desert View started late this morning. Therefore periods are only 35 minutes each, so I am postponing our discussion of tides and black holes and instead we are discussing why astronauts seem to be "weightless" when in orbit.
Also, homework! For everyone: HW: Unit 8 Practice
Additional for Honors: HW: Banked Curves
And a totally awesome online tutorial to help you with that homework can be found here.
Also, homework! For everyone: HW: Unit 8 Practice
Additional for Honors: HW: Banked Curves
And a totally awesome online tutorial to help you with that homework can be found here.
Labels:
circular motion,
friction,
gravity,
homework
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