Thursday, February 17, 2011
Bio Links
Hopefully you've seen the Biology team's Powerpoint already. There was a lot of information that we attempted to explain and it's alright if it was a bit difficult to understand.
Posted below are some links that explain in depth of what goes on inside the arm doing muscle movement.
Action Potential
Actin and Myosin
Muscle Fibers
Muscle Contraction
Skeletal Muscle Structure
Wednesday, February 16, 2011
developing a model for throwing
Each group will be comprised of a biology, mathematics and physics representative. You goal is to use the knowledge you have learned to design a model in SimNewton to imitate part of a pitcher’s throwing motion.
The three parts will be:
1. The windup: the extension of the arm such that the baseball and the motion involved.
2. The beginning of the delivery up to the release
3. The release and follow through
Each group will have to simplify the arm and use various components of the SimNewton Model to represent the muscles involved with their particular motion and how those muscles translate into the resultant motion for each part. Each group is to
a. identify the major muscles and what they do to the arm.
b. translate each muscle into specific interaction that can be identified on the simulation
c. simplify the arm into a set of objects that can be identified on the simulation
d. simplify and describe the motion in terms of words and mathematics
e. explain why that motion occurs, using biology physics and math.
Tuesday, February 1, 2011
Introduction - Matthew Fishkin
Friday, January 21, 2011
Introductions
Thursday, January 20, 2011
Introduction- Tina Alexander
Introduction - Tyler Grikas
Oh, and my favorite show is probably Bored to Death.
My career choices is to be a vetenarian or be in criminal justice.
I am excited about this project because there are new ways to explore new technologies and I would like to be part of it =]
My favorite tv show is CSI:Miami and Spongebob Squarepants =]