A Formula 1 car drives at 40.0 m/s around a 90 degree turn with a radius of 32.5m. a) what is the centripetal acceleration felt by the driver? b) how many g's is this? that is, how many times the acceleration of gravity does the driver feel? c) in what direction is the acceleration pointing? d) the next time around the track, the driver accelerates through the turn, starting it at 40.0 m/s and ending it at 42 m/s. what is the TOTAL acceleration felt by the driver? draw each componenet and give the total magnitude and direction (e.g at the halfway point around the turn)
A Formula 1 car drives at 40.0 m/s around a 90 degree turn with a radius of 32.5m. a) what is the centripetal acceleration felt by the driver? b) how many g's is this? that is, how many times the acceleration of gravity does the driver feel? c) in what direction is the acceleration pointing? d) the next time around the track, the driver accelerates through the turn, starting it at 40.0 m/s and ending it at 42 m/s. what is the TOTAL acceleration felt by the driver? draw each componenet and give the total magnitude and direction (e.g at the halfway point around the turn)
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A Formula 1 car drives at 40.0 m/s around a 90 degree turn with a radius of 32.5m.
a) what is the centripetal acceleration felt by the driver?
b) how many g's is this? that is, how many times the acceleration of gravity does the driver feel?
c) in what direction is the acceleration pointing?
d) the next time around the track, the driver accelerates through the turn, starting it at 40.0 m/s and ending it at 42 m/s. what is the TOTAL acceleration felt by the driver? draw each componenet and give the total magnitude and direction (e.g at the halfway point around the turn)
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