A van and a drag racer both begin a race along a linear track at the same time and at the same place. The van has an initial velocity of 84 m/s, but does not accelerate. The drag racer starts at rest, but accelerates at a constant rate of 17 m/s2. Because the van does not start out at rest, it takes the lead at first. Eventually though, the racer builds up a lot of speed and overtakes the van. Calculate how far the cars have traveled, in m, at the moment when the racer overtakes the van. (Please answer to the fourth decimal place
A van and a drag racer both begin a race along a linear track at the same time and at the same place. The van has an initial velocity of 84 m/s, but does not accelerate. The drag racer starts at rest, but accelerates at a constant rate of 17 m/s2. Because the van does not start out at rest, it takes the lead at first. Eventually though, the racer builds up a lot of speed and overtakes the van. Calculate how far the cars have traveled, in m, at the moment when the racer overtakes the van. (Please answer to the fourth decimal place
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A van and a drag racer both begin a race along a linear track at the same time and at the same place. The van has an initial velocity of 84 m/s, but does not accelerate. The drag racer starts at rest, but accelerates at a constant rate of 17 m/s2. Because the van does not start out at rest, it takes the lead at first. Eventually though, the racer builds up a lot of speed and overtakes the van. Calculate how far the cars have traveled, in m, at the moment when the racer overtakes the van.
(Please answer to the fourth decimal place - i.e 14.3225)
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