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The graph describes a bicycle racer's distance from a roadside television camera. a) When is the bicyclist's velocity the greatest? How can you tell? b) Is the bicyclist's acceleration positive or negative? How can you tell? Distance (in meters) 1200- 1000- 800- 600- 400- 200- 0 0 s(t) (10,228) 20 (100,945) 40 60 80 Time (in seconds) 100 120

The graph describes a bicycle racer's distance from a roadside television camera. a) When is the bicyclist's velocity the greatest? How can you tell? b) Is the bicyclist's acceleration positive or negative? How can you tell? Distance (in meters) 1200- 1000- 800- 600- 400- 200- 0 0 s(t) (10,228) 20 (100,945) 40 60 80 Time (in seconds) 100 120

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The graph describes a bicycle racer's distance from a roadside television camera. a) When is the bicyclist's velocity the greatest? How can you tell? b) Is the bicyclist's acceleration positive or negative? How can you tell? Distance (in meters) 1200- 1000- 800- 600- 400- 200- 0 0 s(t) (10,228) 20 (100,945) 40 60 80 Time (in seconds) 100 120
Transcribed Image Text:The graph describes a bicycle racer's distance from a roadside television camera. a) When is the bicyclist's velocity the greatest? How can you tell? b) Is the bicyclist's acceleration positive or negative? How can you tell? Distance (in meters) 1200- 1000- 800- 600- 400- 200- 0 0 s(t) (10,228) 20 (100,945) 40 60 80 Time (in seconds) 100 120
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