Help with Car Shocks Physics Problem

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SUMMARY

The discussion focuses on the physics of car shocks when a vehicle rolls over a hill, specifically analyzing the forces that determine whether the car will jump or remain on the road. Key forces include gravity and the combined effect of the car's four shock absorbers, which can be modeled using differential equations. The relationship between spring force and compression, as well as damper force and velocity, are critical concepts in understanding this problem.

PREREQUISITES
  • Understanding of Newton's laws of motion
  • Basic knowledge of differential equations
  • Familiarity with spring and damper mechanics
  • Concept of forces acting on a moving vehicle
NEXT STEPS
  • Study the application of differential equations in mechanical systems
  • Learn about the dynamics of vehicle suspension systems
  • Explore the principles of spring and damper force calculations
  • Investigate the effects of gravity on vehicle motion over hills
USEFUL FOR

Students in physics, automotive engineers, and anyone interested in vehicle dynamics and suspension systems.

PeteBaz
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Hey everyone,

I have this little problem in my physics class and I need some help.When a car rolls over a hill, which forces are applied to determine if the car will jump or stick to the road. I know there's gravity, no acceleration (constant speed) and I need to consider the four shocks of the car as one. I'd need a differential equation out of that.

Thanks

:confused:
 
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Well, here's a starter.

In simple terms, the force a spring exerts is proportional to the amount by which it's been compressed. The force a simple damper exerts is proportional to the velocity at which it's being actuated.
 

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