The following red and blue cars have constant acceleration and deceleration, respectively. If the velocities and positions of the cars at t = 0 are as shown in the following figure, find when and where the red car overtakes the blue one. Also, find speed of each car at this time. One mile is 5280 ft. Acceleration of car A = 1.8 ft/s Deceleration of car B =-1.2 ft/s² Initial Velocity = 24 mi/h Initial Velocity = 36 mi/h Time = 0 75 ft
The following red and blue cars have constant acceleration and deceleration, respectively. If the velocities and positions of the cars at t = 0 are as shown in the following figure, find when and where the red car overtakes the blue one. Also, find speed of each car at this time. One mile is 5280 ft. Acceleration of car A = 1.8 ft/s Deceleration of car B =-1.2 ft/s² Initial Velocity = 24 mi/h Initial Velocity = 36 mi/h Time = 0 75 ft
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Transcribed Image Text:The following red and blue cars have constant acceleration and deceleration, respectively. If the
velocities and positions of the cars at t = 0 are as shown in the following figure, find when and
where the red car overtakes the blue one. Also, find speed of each car at this time. One mile is
5280 ft.
Acceleration of car A = 1.8 ft/s?
Deceleration of car B = -1.2 ft/s?
Initial Velocity = 24 mi/h
Initial Velocity = 36 mi/h
A
B
Time = 0
75 ft
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