coking at your graphs, is the acceleration zero when the velocity is zero at the

Q: coking at your graphs, is the acceleration zero when the velocity is zero at the

4. No, it should not necessarily be zero. When velocity is zero, it doesn't remain zero. That shows that acceleration is there.

ID: 1879553 • Letter: C

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coking at your graphs, is the acceleration zero when the velocity is zero at the turn-around point? Should it be? Is the wvelocity changing at that poiat? The acceleration-,sZen, Constant when the Veloc Conclusion 1. Are the three different ways of calculating acceleration for "speeding up" and "changing directions" (data in Tables 3.4 and 3.6) consistent? If not, discuss possible sources for the discrepancy in your data sheet. Or is there any reason to prefer one method over the others? 2. Discuss what conclusions you can draw from your data about the relationships among position, velocity, and acceleration - both qualitatively from your graphs, and quantitatively from your

Explanation / Answer

No, it should not necessarily be zero. When velocity is zero, it doesn't remain zero. That shows that acceleration is there.

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coking at your graphs, is the acceleration zero when the velocity is zero at the

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