the tires at high speed to heat the tread and make therubber sticky.)You drive at a constant speed of vo toward the stoppeddragster, not slowing down in the face of the imminentcollision. The dragster driver sees you coming but waitsuntil the last instant to put down the hammer,accelerating from the starting line at constantacceleration, a. Let the time at which the dragster startsto accelerate be t = 0.Figure1 of 1 >What is tmax, the longest time after the dragster begins to accelerate that you can possibly run into the back of the dragster ifyou continue at your initial velocity?► View Available Hint(s)tmax =SubmitPart BΗΑΣΦ*****Review | Constants?Assuming that the dragster has started at the last instant possible (so your front bumper almost hits the rear of the dragster att = tmax), find your distance from the dragster when he started. If you calculate positions on the way to this solution,choose coordinates so that the position of the drag car is 0 at t = 0. Remember that you are solving for a distance (which is amagnitude, and can never be negative), not a position (which can be negative).

Name: the tires at high speed to heat the tread and make therubber sticky.)
Uploaded: 2024-03-05T11:56:34.000Z
Channel: Bartleby
Description: the tires at high speed to heat the tread and make therubber sticky.)You drive at a constant speed of vo toward the stoppeddragster, not slowing down in the face of the imminentcollision. The dragster driver sees you coming but waitsuntil the last i