We have used some of the resources I put together back when I did the Physics of Toys J-term. (Check out our science of toys booklet. I need to edit it and fix the typos.)
So far we have investigated the terminal velocity of various sized bubbles, the distance a toy car goes when pulled back a certain distances, logistic curves from temperature data. We have also discussed diffraction, thin film interference, impulse-momentum, air resistance and other physics concepts.
More pictures of the good times with bubbles, snow, and data collection and analysis with TI-Nspire can be seen on this album.
After starting with the TI-Nspire CAS Primer, the students have done geometry investigations and SAT practice reviews. Next we'll do more with CBR motion detectors. I was particularly impressed with one student's unique depiction of his Fahrenheit and Celsius data today (see below). For other interesting graphs I've seen, check out this.
1 comment:
I have been looking everywhere trying to find out how to graph conic sections, especially hyperbolas. Can you please help me figure out how to use conic sections on the TI-Nspire CAS? My e-mail address is alfonsovgutierrez@yahoo.com. I'm not joking, please help me.
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