You are hired as a physicist in a team of Formula 1.

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SUMMARY

The discussion focuses on calculating the new maximal safe speed for a Formula 1 driver navigating a turn on the Hockenheim track during wet conditions. The driver previously managed to maintain control at 90 km/h on dry asphalt, where the tyre-to-road static friction coefficient is 0.8. In wet conditions, this coefficient drops to 0.5. The turn is profiled at an angle of 7º, necessitating the application of physics principles to determine the safe speed under these altered conditions.

PREREQUISITES
  • Understanding of circular motion and forces acting on a body in motion
  • Knowledge of friction coefficients and their impact on vehicle dynamics
  • Familiarity with basic trigonometry, particularly angles and their applications in physics
  • Ability to apply Newton's laws of motion in practical scenarios
NEXT STEPS
  • Calculate the radius of curvature for the turn using relevant physics equations
  • Learn about the effects of tyre friction on vehicle handling in wet conditions
  • Study the principles of centripetal force and its relation to speed and friction
  • Explore advanced vehicle dynamics simulations to model different racing scenarios
USEFUL FOR

Physicists, automotive engineers, Formula 1 team members, and anyone interested in the application of physics in motorsport dynamics.

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Homework Statement


You are hired as a physicist in a team of Formula 1. Your driver is driving in the
Germany Grand Prix on the Hockenheim track. After the test session taken in sunny day
you and the driver discuss about the sharpest turn on the track. He tells you that when
driving at 90 km/h he could hardly hold the track. During the Grand Prix, just ten laps to
go, it starts to rain. The driver decides to continue on the same tyres. You have to
calculate the new maximal safe speed at this turn. The tyre-to-road static friction
coefficient is 0.8 for dry and 0.5 for wet road conditions. What would be the speed if the
turn were profiled at an angle of 7º?


Homework Equations





The Attempt at a Solution



I don't even know how to start it
 
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welcome to pf!

hi kamosblue! welcome to pf! :wink:
kamosblue said:
… when driving at 90 km/h he could hardly hold the track.

The tyre-to-road static friction coefficient is 0.8 for dry …

start by finding the radius of curvature of the turn …

show us what you get :smile:
 
Maybe start by getting the equation for forces for a body following a circular path.
 

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