Situation 3. A car accelerates from initial velocity of 10m/s. The acceleration is increasing uniformly from zero to 8m/s² in 6 seconds. During the next 2 seconds, the car decelerates at a constant rate of 2m/s². Solve using motion curves. a. Determine the velocity after 8 seconds. b. Determine the distance traveled after 8 seconds.
Situation 3. A car accelerates from initial velocity of 10m/s. The acceleration is increasing uniformly from zero to 8m/s² in 6 seconds. During the next 2 seconds, the car decelerates at a constant rate of 2m/s². Solve using motion curves. a. Determine the velocity after 8 seconds. b. Determine the distance traveled after 8 seconds.
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Transcribed Image Text:Situation 3. A car accelerates from initial velocity
of 10m/s. The acceleration is increasing uniformly
from zero to 8m/s² in 6 seconds. During the next 2
seconds, the car decelerates at a constant rate of
2m/s². Solve using motion curves.
a. Determine the velocity after 8 seconds.
b. Determine the distance traveled after
8 seconds.
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