Calculating Braking Distance - A Beginner's Guide

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In summary, the conversation is about calculating braking distance and average braking force for a given mass, velocity, and time. The person asks for help and mentions using kinematic equations to relate force, mass, and distance. Another person asks for clarification on the formula and the situation, and offers to help. Finally, someone else asks for help in calculating the force acting on a particle with given mass, velocity, and change in velocity.
  • #1
The_Nutt
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Hi all, my first post on forums.

How do i, ie what is the forumla, to calculate braking distance,
for example; If i had a question says, a 600kg car, traveling 30ms-1, and comes to rest in 10s after braking. What is the average braking force?

How would i go about calculating it?

Any help is welcomed thanks all
 
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  • #2
Are you familiar with the kinematic equations? Which ones would you use to relate force, mass and distance?
 
  • #3
The_Nutt said:
Hi all, my first post on forums.

How do I, ie what is the forumla, to calculate braking distance,
for example; If i had a question says, a 1500kg car, traveling 30ms-1, and comes to rest over a distance 40m after braking. What is the average braking force?

How would I go about calculating it?

Any help is welcomed thanks all

Please help me?
 
  • #4
Please respone imediately
 
  • #5
Force

[How do i, ie what is the forumla, to calculate the force act on the particle eg; A particle of mass 0.01 kg is moving with avelocity 10 ms-1 on a smooth surface. A force 6 N acts on the particles such that its velocity increases to 15 m s-1. How would i go about calculating it?

Any help is welcomed thanks all[/QUOTE]

Thank you.
 

1. What is braking distance?

Braking distance is the distance a vehicle travels from the point where the brakes are applied to the point where the vehicle comes to a complete stop.

2. How is braking distance calculated?

To calculate braking distance, you need to know the initial speed of the vehicle, the deceleration rate, and the coefficient of friction between the tires and the road surface. The formula for calculating braking distance is: (initial speed)^2 / (2 x deceleration rate x coefficient of friction).

3. What factors affect braking distance?

There are several factors that can affect braking distance, including the condition of the road surface, the type and condition of the vehicle's tires, the weight of the vehicle, and the speed and reaction time of the driver.

4. How can I reduce my vehicle's braking distance?

To reduce your vehicle's braking distance, you can ensure that your tires are properly inflated and have good tread, maintain a safe following distance from other vehicles, and practice good driving habits such as anticipating potential hazards and braking gradually rather than slamming on the brakes.

5. Why is it important to understand braking distance?

Understanding braking distance is crucial for safe driving. It can help you anticipate and react to potential hazards on the road, maintain a safe following distance, and make informed decisions about your speed and braking. It can also help you understand the limitations of your vehicle and how to operate it safely.

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