Calculating Braking Distance - A Beginner's Guide

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Homework Help Overview

The discussion revolves around calculating braking distance and average braking force for vehicles in motion, specifically focusing on scenarios involving different car masses and speeds. The subject area includes kinematics and dynamics.

Discussion Character

  • Exploratory, Conceptual clarification, Mathematical reasoning

Approaches and Questions Raised

  • Participants inquire about the appropriate formulas to use for calculating braking distance and average braking force, referencing specific examples with varying car masses and speeds. There are questions about the kinematic equations and their application in these scenarios.

Discussion Status

The discussion is ongoing, with participants seeking clarification on the relationships between force, mass, and distance. Some guidance has been offered regarding the kinematic equations, but there is no explicit consensus on the methods to be used.

Contextual Notes

Participants express a need for immediate responses and assistance, indicating a sense of urgency in understanding the concepts involved.

The_Nutt
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Hi all, my first post on forums.

How do i, ie what is the formula, 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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Are you familiar with the kinematic equations? Which ones would you use to relate force, mass and distance?
 
The_Nutt said:
Hi all, my first post on forums.

How do I, ie what is the formula, 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?
 
Please respone imediately
 
Force

[How do i, ie what is the formula, 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.
 

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