Embedded Files
This is a unit on two dimensional motion. Our focus will be on vectors and how they can be used to model quantities such as position, displacement, velocity and acceleration.
UW_Relative velocity_Solutions.pdf2D review packet solutions10/30
10/30
This week we have been doing review for our TEST ON FRIDAY.
Solutions to the Review packet and the relative velocity packet are posted here.
Temperance’s Teacup Trip 2.pptxTeacup solutions.pdf
10/24
10/24
We went on a Teacup Trip to Disneyland to explore the circular motion of the famous teacup ride.
We also did some webassign problems. 2-4 #7
Lab Expectations and Rubric.pdf10/20-10/23 Ski Jump lab
10/20-10/23 Ski Jump lab
We have been working on our ski jump lab the last few class periods. Everyone has tested there model and made the jump. Poster are do Friday.
use the poster expectations and rubric to design a good poster.
Lab_Ski Jump.pdf
10/10
10/10
We took our 2D motion Quiz today. In a rotating partner format. If you were gone today, try to find another friend to take the quiz as a partners.
We also did a quick look at unit vector and i, j, k hat notation. Here's a khan academy video on it.
10/8-10/9
10/8-10/9
We hopfully finished up the homework questions from the turorial. solution are attached below.
Also class notes on how to determine the magnitude of parallel component of acceleration.
Quiz on Acceleration and its components tomorrow.
UW 2D HW solutions.pdfUW_Tutorial+HW.docx10/7
10/7
We have been working on a UW tutorial on 2d motion.
Big Ideas
- Velocity is always tangent to the path.
- the perpendicular component of acceleration determines the rate at which the object will turn
- the parallel component of acceleration determines the rate at which the object will speed up or slow down.
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