The acceleration may be related to the distance travelled?

AI Thread Summary
The discussion revolves around understanding how acceleration relates to distance traveled. Participants emphasize the need to first grasp the relationship between velocity and distance, using the formula s = (vi + vf) t / 2. Clarification is sought on how changes in velocity connect to acceleration, particularly in the context of a specific problem involving given distance and the need to calculate acceleration. The conversation highlights the importance of providing context for better assistance, suggesting that substituting known relationships can help derive the connection between acceleration and distance. Ultimately, the focus is on guiding individuals to find solutions independently rather than providing direct answers.
Gizmo91
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How can I show how the acceleration may be related to the distance travelled?

EDIT: thread does not use the template because it was moved from the technical forums.
 
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Can you start by showing how velocity is related to distance travelled?
 
jbriggs444 said:
Can you start by showing how velocity is related to distance travelled?
yes, it doesn't matter how it's explained, I just need to understand how I can show that acceleration is related to the distance travelled, I don't get it:headbang:
 
Before we can help you we need to know what it is you do not understand. Let's get started on that. Please explain to us how velocity is related to distance travelled.
 
jbriggs444 said:
Before we can help you we need to know what it is you do not understand. Let's get started on that. Please explain to us how velocity is related to distance travelled.

s = (vi + vf) t / 2
distance equals the initial velocity plus the final velocity multipled by time divided by two.
If there is velocity there has to be some distance which is travelled
 
So if velocity is constant, what does that formula tell you?
And if velocity is changing, what does that formula tell you?
How does a change in velocity relate to acceleration?
 
Zobia Gehlan said:
How can I show how the acceleration may be related to the distance travelled?
Sounds like you are trying to solve a problem where you are given the distance traveled and need to calculate the acceleration? What other information are you given?

If you can specify the exact situation you have in mind, folks can help you better.
 
Doc Al said:
Sounds like you are trying to solve a problem where you are given the distance traveled and need to calculate the acceleration? What other information are you given?

If you can specify the exact situation you have in mind, folks can help you better.

I have been given the following questions:


    1. 1.1 Write down the mathematical expression used to determine linear velocity, briefly explaining each term in the equation, including the units.
      1.2 Write down the mathematical expression used to determine linear acceleration, briefly explaining each term in the equation, including the units
      1.2.1 Show how the acceleration may be related to the distance travelled. You may use a book as a reference.


      I have completed 1.1 and 1.2 but I don't understand 1.2.1, I have no clue what to write or what the question is even asking at this point
 
Is there any more context to these questions? Perhaps show us your answers for the first two questions.

It's not too hard to think of a situation where acceleration is related to distance.
 
  • #10
Sounds like bit of cheating to me ..This is one of the assignments we are doing :L
 
  • #11
That is one of the reasons that we do not post full solutions. We try to guide and teach so that people can come to the answers on their own, not provide those answers directly.
 
  • #12
Gizmo91 said:
s = (vi + vf) t / 2
distance equals the initial velocity plus the final velocity multipled by time divided by two.
If there is velocity there has to be some distance which is travelled
This is great. You have the relationship between distance and velocity. Do you also have something which gives the relationship between acceleration and velocity? If so, then you should be able to do some substitution and find the relationship between acceleration and distance.
 
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