On a long stretch of Olympic Blvd, a purple self-driving Tesla moves with a constant acceleration. At one moment in time, this totally-safe car has a horizontal velocity of 8.0000 m/s. After traveling 40.0000 m from that location, this absolutely-not-dangerous-in-any-way car has a velocity of 24.0000 m/s. Assume that the car has started from rest and moves in a straight line. Measure all coordinates from that location and take the direction of motion to be positive. An adorable baby chick sits in the road a distance of 60.0000 m from the origin. The component of the acceleration of this self driving car the moment it reaches the adorable baby chick is, in m/s² and to two decimal places is
On a long stretch of Olympic Blvd, a purple self-driving Tesla moves with a constant acceleration. At one moment in time, this totally-safe car has a horizontal velocity of 8.0000 m/s. After traveling 40.0000 m from that location, this absolutely-not-dangerous-in-any-way car has a velocity of 24.0000 m/s. Assume that the car has started from rest and moves in a straight line. Measure all coordinates from that location and take the direction of motion to be positive. An adorable baby chick sits in the road a distance of 60.0000 m from the origin. The component of the acceleration of this self driving car the moment it reaches the adorable baby chick is, in m/s² and to two decimal places is
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![On a long stretch of Olympic Blvd, a purple self-driving Tesla moves with a constant acceleration.
At one moment in time, this totally-safe car has a horizontal velocity of 8.0000 m/s. After traveling
40.0000 m from that location, this absolutely-not-dangerous-in-any-way car has a velocity of
24.0000 m/s.
Assume that the car has started from rest and moves in a straight line. Measure all coordinates
from that location and take the direction of motion to be positive.
An adorable baby chick sits in the road a distance of 60.0000 m from the origin.
The component of the acceleration of this self driving car the moment it reaches the adorable
baby chick is, in m/s² and to two decimal places, is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F095ea013-5eb7-4aaf-a23a-6e29389c2c79%2Fafc6fc7a-869a-4ed8-8902-00a0c2deacbc%2Fr0og9g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:On a long stretch of Olympic Blvd, a purple self-driving Tesla moves with a constant acceleration.
At one moment in time, this totally-safe car has a horizontal velocity of 8.0000 m/s. After traveling
40.0000 m from that location, this absolutely-not-dangerous-in-any-way car has a velocity of
24.0000 m/s.
Assume that the car has started from rest and moves in a straight line. Measure all coordinates
from that location and take the direction of motion to be positive.
An adorable baby chick sits in the road a distance of 60.0000 m from the origin.
The component of the acceleration of this self driving car the moment it reaches the adorable
baby chick is, in m/s² and to two decimal places, is
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