Relation of max velocity and max tension

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Homework Help Overview

The discussion revolves around a problem related to circular motion, specifically concerning the relationship between maximum velocity and maximum tension in a system involving a ball on a string. The original poster seeks to derive an equation involving the mass of the ball, maximum tension, string length, and gravitational acceleration.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants discuss the importance of attempting the problem independently before seeking help. There are questions about the original poster's understanding of the problem and the variables involved, particularly regarding the use of string length and tension in their calculations.

Discussion Status

Participants are encouraging the original poster to clarify their thought process and share what they have attempted so far. There is a focus on guiding the discussion towards understanding rather than providing direct solutions. The conversation indicates a productive direction, emphasizing the value of learning from mistakes.

Contextual Notes

There is a suggestion that the problem may fall under homework-type questions, which could impose certain constraints on how the discussion is approached. The original poster expresses uncertainty about their question's classification and their understanding of the concepts involved.

hav0c
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a ball is whirling on the end of the string L
the max tension is Tbreak
the max velocity is vmax
find an equation for vmaxin m(mass of ball)Tbreak, L and g
 

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bigerst said:
um does this go under homework type questions?
im not sure i thought of the question myself, as i was doing circular motion
but thanks for the derivation.
 
@havoc: you will get the most out of these forums if you attempt the problem yourself - then we will know what you are getting stuck on. Otherwise we just end up doing the problem for you and you don't learn as much.

What didn't you understand about the problem?

@bigerst: If you suspect homework - why give so much detail?
Even if it isn't homework, the questioner will still be helped best if you just point them in the right direction where they are lost and let them make the journey ;)
 
Simon Bridge said:
@havoc: you will get the most out of these forums if you attempt the problem yourself - then we will know what you are getting stuck on. Otherwise we just end up doing the problem for you and you don't learn as much.

What didn't you understand about the problem?

i was getting mixed up while using L and T during trig so i was getting all sorts of weird solutions.
I'll take care from now and will explain my situation completely(i did try it myself)
havoc
 
No worries - it is good that you try things out yourself ... it is better that you tell people what you've tried. That is information we can use to help you and fyi you won't be showing anyone anything they haven't done themselves.

In general, in science, where you make mistakes is often more valuable than where you get things right.
 

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