To receive credit, your completed assignment must be submitted to me by the beginning of class on Wednesday, September 9.
Do one, and only one, of the following:
Draw and explain the position-time, velocity-time, and acceleration-time graphs that correspond to at least three of the following processes.
Newton’s first law is not intuitive. State Newton’s first law in your own words. Then explain why, in normal experience, it appears to be not true. What must be happening? Give concrete examples to support your argument. Your answer should be several paragraphs long.
Express Newton’s second law in words. Explain what each of the quantities in the law means, and how they are related. Which quantities are causes and which are effects? Give an example of how the law applies in a specific situation.
Draw a concept map incorporating the ideas of position, time, velocity, speed, acceleration, and force. Other concepts that would be appropriate include (but are not limited to) change, positive, negative, and direction.
Summarize the key scientific point that each of this unit’s activities was intended to teach.
Think back to when you actually did the activities in this week’s unit. What were your feelings during the activities? (Were you physically tired? Bored? Excited? Distracted? Confused? etc.) You don’t need to explain the reasons for your feelings if you don’t want to. There will be no penalty for saying you dislike the class. The purpose of this question is for you to be mindful of your own circumstances.
Take your choice of these tasks. Do not submit answers to more than one of them. Just choose one, and submit it. Your answer should thoroughly address all points of the question. An adequate answer will be several paragraphs long.
Warning: Do not turn in paper that has ragged edges! If you write your work in a spiral-bound notebook, trim the edge before submitting it. Papers with ragged edges will be returned unmarked.
Copyright © 2006, Richard Barrans
Revised: 2 September 2009. Maintained by Richard Barrans.
URL: http://www.barransclass.com/phys1090/hw/hwk_02_N1-2.html