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20. a) Q: How can you tell from a position-time graph that your motion is steady (constant velocity)? b) Q: How can you tell from a velocity-time graph that your motion is steady (constant velocity)? c) Q: How can you tell from a position-time graph that you are moving in the negative direction? d) Q: How can you tell from a velocity-time graph that you are moving in the negative direction? e) Q: How is position-time graph different when moving faster versus moving slower? f) Q: How can you tell from a velocity-time graph when you are moving faster? g) Q: How do you move to create a horizontal line on a position graph? h) Q: How do you move to create a horizontal line on a velocity graph? i) Q: How can you calculate velocity from a position-time graph? j) Q: How can you tell from a velocity-time graph that an object has changed direction? k) Q: What is the velocity the moment when you change direction (in one dimension only)? I) Q: Realistically is it physically possible to move in such a way that you have a vertical line on a velocity-time graph? Explain. m) Q: Which object is moving faster. A or B? n) Q: Which object is moving faster. A or B?

20. a) Q: How can you tell from a position-time graph that your motion is steady (constant velocity)? b) Q: How can you tell from a velocity-time graph that your motion is steady (constant velocity)? c) Q: How can you tell from a position-time graph that you are moving in the negative direction? d) Q: How can you tell from a velocity-time graph that you are moving in the negative direction? e) Q: How is position-time graph different when moving faster versus moving slower? f) Q: How can you tell from a velocity-time graph when you are moving faster? g) Q: How do you move to create a horizontal line on a position graph? h) Q: How do you move to create a horizontal line on a velocity graph? i) Q: How can you calculate velocity from a position-time graph? j) Q: How can you tell from a velocity-time graph that an object has changed direction? k) Q: What is the velocity the moment when you change direction (in one dimension only)? I) Q: Realistically is it physically possible to move in such a way that you have a vertical line on a velocity-time graph? Explain. m) Q: Which object is moving faster. A or B? n) Q: Which object is moving faster. A or B?

Physics for Scientists and Engineers with Modern Physics
Physics for Scientists and Engineers with Modern Physics
10th Edition
ISBN:9781337553292
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter2: Motion In One Dimension
Section: Chapter Questions
Problem 32P: A student drives a moped along a straight road as described by the velocitytime graph in Figure...
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These are general questions for physics, please help answer them objectively thank you!
20. a) Q: How can you tell from a position-time graph that your motion is steady (constant velocity)? b) Q: How can you tell from a velocity-time graph that your motion is steady (constant velocity)? c) Q: How can you tell from a position-time graph that you are moving in the negative direction? d) Q: How can you tell from a velocity-time graph that you are moving in the negative direction? e) Q: How is position-time graph different when moving faster versus moving slower? f) Q: How can you tell from a velocity-time graph when you are moving faster? g) Q: How do you move to create a horizontal line on a position graph? h) Q: How do you move to create a horizontal line on a velocity graph? i) Q: How can you calculate velocity from a position-time graph? j) Q: How can you tell from a velocity-time graph that an object has changed direction? k) Q: What is the velocity the moment when you change direction (in one dimension only)? I) Q: Realistically is it physically possible to move in such a way that you have a vertical line on a velocity-time graph? Explain. m) Q: Which object is moving faster. A or B? t n) Q: Which object is moving faster. A or B?
Transcribed Image Text:20. a) Q: How can you tell from a position-time graph that your motion is steady (constant velocity)? b) Q: How can you tell from a velocity-time graph that your motion is steady (constant velocity)? c) Q: How can you tell from a position-time graph that you are moving in the negative direction? d) Q: How can you tell from a velocity-time graph that you are moving in the negative direction? e) Q: How is position-time graph different when moving faster versus moving slower? f) Q: How can you tell from a velocity-time graph when you are moving faster? g) Q: How do you move to create a horizontal line on a position graph? h) Q: How do you move to create a horizontal line on a velocity graph? i) Q: How can you calculate velocity from a position-time graph? j) Q: How can you tell from a velocity-time graph that an object has changed direction? k) Q: What is the velocity the moment when you change direction (in one dimension only)? I) Q: Realistically is it physically possible to move in such a way that you have a vertical line on a velocity-time graph? Explain. m) Q: Which object is moving faster. A or B? t n) Q: Which object is moving faster. A or B?
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