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Given the acceleration versus time graph shown below, Figure 2.8, draw the corresponding position versus time (a) and velocity versus time (b) graphs. Assume that initial velocity at t = 0 equals 0 m/s. Acceleratiojn (m/s) 0.5- 2 4 6 Time (s) 8 10 Courtesy of PASCO Scientific - www.pasco.com

Given the acceleration versus time graph shown below, Figure 2.8, draw the corresponding position versus time (a) and velocity versus time (b) graphs. Assume that initial velocity at t = 0 equals 0 m/s. Acceleratiojn (m/s) 0.5- 2 4 6 Time (s) 8 10 Courtesy of PASCO Scientific - www.pasco.com

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5. Given the acceleration versus time graph shown below, Figure 2.8, draw the corresponding position versus time (a) and velocity versus time (b) graphs. Assume that initial velocity at t = 0 equals 0 m/s. (a) Acceleratiojn (m/s) 0.5 -O 0 6 Time (s) Figure 2.8 8 (b) 10 Courtesy of PASCO Scientific www.pasco.com
Transcribed Image Text:5. Given the acceleration versus time graph shown below, Figure 2.8, draw the corresponding position versus time (a) and velocity versus time (b) graphs. Assume that initial velocity at t = 0 equals 0 m/s. (a) Acceleratiojn (m/s) 0.5 -O 0 6 Time (s) Figure 2.8 8 (b) 10 Courtesy of PASCO Scientific www.pasco.com
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