Sand/rice/gravel trap investigation

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SUMMARY

The investigation focuses on the deceleration of a trolley using an "escape lane" made of materials like sand, rice, or gravel, similar to systems used in racing. Key findings indicate that the entry speed is proportional to the distance traveled, suggesting a non-constant deceleration force. Factors influencing deceleration include the depth of the material trap, the type of material, and the mass of the trolley. The relationship between mass and deceleration is critical, as a heavier trolley requires more energy to decelerate compared to a lighter one.

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  • Understanding of Newton's laws of motion
  • Familiarity with concepts of energy conservation
  • Basic knowledge of differential equations
  • Experience with kinematics and dynamics in physics
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  • Research the effects of material density on deceleration in physics
  • Explore the principles of energy conservation in deceleration scenarios
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This discussion is beneficial for physics students, educators, and engineers interested in dynamics, material science, and practical applications of deceleration systems.

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Homework Statement


I have recently carried out an investigation on how a trolley is decelerated by a material "escape lane" similar to how racing cars are stopped off the racetrack.

I have already looked at the relationship between the entry speed and the distance traveled, this was a proportional relationship. However I feel that there are not many other variables that i can analyze. Can anyone point me to any relevant factors/physics which can be looked at?

Homework Equations


I have found that the speed of entry is proportional to distance traveled, which suggests that the deceleration force is not constant, (if it were, the acceleration would be constant and it would be v^2 which was proportional to distance).

The Attempt at a Solution



I feel that there are a few more factors which could influence the deceleration such as the depth of the material trap, the type of material used, and the mass of the trolley used. Although I cannot see what areas of physics this could be linked with (conservation of energy? differential equations of motion?) thanks in advance
 
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acceleration = v*(dv/ds) so it is proportional to distance.
 
You should be taking the mass of the object you're slowing into account as well.

A heavier object traveling at the same speed as a lighter one will take longer to slow down because it has more energy and more momentum.
 

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