Vectors and 2 D Motion
Navigate this page to see information concerning vectors and 2D Motion.
protractors.pdf | |
File Size: | 141 kb |
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Vector Lecture
Unfortunately the video camera cut out part way through the lecture. The second video picks up close to where the 1st one ended. The camera also got tilted so some of the board is cut off - SORRY! so I have included a sheet that shows the work that might have been missed. Note that if you click on the icon next to youtube you should be able to see the video in full screen.
Make sure to take NOTES.
Make sure to take NOTES.
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After watching the video... |
Answer to the mid point check
x = 15.03 m y = 5.47 m |
Go to the following link and answer the questions using the vector to the right:
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Vector Review Problems | |
File Size: | 103 kb |
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Links to Mr. English's Graphing Tutorials - Below you can see the videos but the font is kind of small at times. Go to YouTube for larger viewing.
- HOW TO GRAPH WITH EXCEL 2007
- GRAPH STRAIGHTENING Part 1
- GRAPH STRAIGHTENING Part 2
- HOW TO GRAPH WITH EXCEL 2007
- GRAPH STRAIGHTENING Part 1
- GRAPH STRAIGHTENING Part 2
2D Lecture and Practice Problem
Kevin is my intern in 8th Hour. As a part of his 1st Quarter project he is helping me flip the classroom. Treat these as your notes for how to do a cliff problem. He will explain that these are problems where the object is thrown horizontally so it only has velocity in the x direction initially. We will get into problems that have initial velocity in the x and y later.
Projectile notes and cliff problem. Remember our given formulas for these problems.
Bulldozer --> D=vit + 1/2at^2 Model T --> Vf = Vi + at Porsche --> Vf^2 = Vi^2 + 2ad.
You will need to use them eventually.
Projectile notes and cliff problem. Remember our given formulas for these problems.
Bulldozer --> D=vit + 1/2at^2 Model T --> Vf = Vi + at Porsche --> Vf^2 = Vi^2 + 2ad.
You will need to use them eventually.
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In order to fill out your answers to the review test go the following link:
examlogin.com
Enter the following code based on your class:
5th Hour: 3Q5T
7th Hour : 3Q5R
8th Hour: 3Q55
Then enter your ID number. Be sure to enter 000 (three zeroes) prior to your IDnumber. For example if your ID number is 12345 enter: 00012345
You will have 3 hours to complete the answer key once you log in! Answers must be submitted by 7 am on Tuesday morning.
examlogin.com
Enter the following code based on your class:
5th Hour: 3Q5T
7th Hour : 3Q5R
8th Hour: 3Q55
Then enter your ID number. Be sure to enter 000 (three zeroes) prior to your IDnumber. For example if your ID number is 12345 enter: 00012345
You will have 3 hours to complete the answer key once you log in! Answers must be submitted by 7 am on Tuesday morning.