he plane below has an initial velocity of 20 m/s. The figure shows the positions of the car and the plane when t = 4 s. The graphs of the acceleration of the plane and tangentia acceleration of the car are also shown. Determine the acceleration and velocity of the ca relative to the plane at the instant shown. The initial velocity of the car is zero.
he plane below has an initial velocity of 20 m/s. The figure shows the positions of the car and the plane when t = 4 s. The graphs of the acceleration of the plane and tangentia acceleration of the car are also shown. Determine the acceleration and velocity of the ca relative to the plane at the instant shown. The initial velocity of the car is zero.
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he plane below has an initial velocity of 20 m/s. The figure shows the positions of the car and the plane when t = 4 s. The graphs of the acceleration of the plane and tangentia acceleration of the car are also shown. Determine the acceleration and velocity of the ca relative to the plane at the instant shown. The initial velocity of the car is zero.
Transcribed Image Text:a, (m/s")
a (mis")
10
10
45
p-200 m
30
t (s)
2
t (s)
3
3
PLANE
CAR
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