Objective: Predict the direction and magnitude of the acceleration caused by a known net external force.
Your Responsibility:
- Notes over the videos
- Example problems from both videos
Newton's Second Law Explained.
Mass and Weight Clarification
Newton's Second Law Lesson
Have this watched by Monday 7 November 2011
Objective: Predict the direction and magnitude of the acceleration caused by a known net external force.
Your Responsibility:
Newton's Second Law Explained.
Mass and Weight Clarification
Objective: Predict the direction and magnitude of the acceleration caused by a known net external force.
Your Responsibility:
Newton's Second Law Explained.
Mass and Weight Clarification
Newton's First Law Lesson
Watch these 3 videos before class on Friday 4 November 2011.
Your Responsibility:
This video does get into Newton's Second law around 9:00. Follow along and you will get additional practice on it.
Your Responsibility:
- Notes over 1st video
- Notes over 2nd video. i.e. the diagram of a block on an incline
- Example problem of the ice block on the 3rd video.
This video does get into Newton's Second law around 9:00. Follow along and you will get additional practice on it.
Forces Video
Please watch and bring in your work on Wednesday. Be ready to work on the Free Body Diagram Activity.
6 October 2011
This Wednesday we did a lot of example problems in class. I understand that it was boring for most individuals, but I expect and require you to participate in class. I don't work problems for my benefit; I know how to solve them. The class period was for your benefit to help with the 4 new Kinematic equations that were given in class.
*Note: d should be Delta X
Homework: Pg. 53 #3,4
Pg. 55 #3
Pg. 58 #4,5
Homework: Pg. 53 #3,4
Pg. 55 #3
Pg. 58 #4,5
3 October 2011
This Monday we talked about acceleration. I introduced the equation for average acceleration as
We also talked about falling objects and the acceleration of gravity. We found the acceleration of gravity by completing a video analysis of two balls of different weights being dropped off a balcony.
g=9.81 m/s/s down
We also talked about falling objects and the acceleration of gravity. We found the acceleration of gravity by completing a video analysis of two balls of different weights being dropped off a balcony.
g=9.81 m/s/s down
30 September 2011
On this day we covered H-Bar conversions. Conversion are a necessary part of life: from recipes, to car speed, to gasoline. Another easy way to convert is using google. Just type in your current quantity and what you want to convert to and it will give you the answer.
10 mph to m/s ----->10 mph = 4.4704 meters / second
Another thing you can try is a free app for your smart phone. The one I use on my iPhone is Convert Units for Free.
http://itunes.apple.com/us/app/convert-units-for-free-1-unit/id337224035?mt=8
10 mph to m/s ----->10 mph = 4.4704 meters / second
Another thing you can try is a free app for your smart phone. The one I use on my iPhone is Convert Units for Free.
http://itunes.apple.com/us/app/convert-units-for-free-1-unit/id337224035?mt=8
PHET for great understanding
Use these website to help you understand 1 Dimensional Motion.
http://phet.colorado.edu/en/simulation/moving-man
http://phet.colorado.edu/en/simulation/lunar-lander
http://phet.colorado.edu/en/simulation/maze-game
There are a lot of other cool simulations on the PHET websites check them out and post your favorite for extra credit.
http://phet.colorado.edu/en/simulation/moving-man
http://phet.colorado.edu/en/simulation/lunar-lander
http://phet.colorado.edu/en/simulation/maze-game
There are a lot of other cool simulations on the PHET websites check them out and post your favorite for extra credit.
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