How Can You Accurately Measure Bendiness in Objects?

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Homework Help Overview

The discussion revolves around measuring "bendiness" in objects, specifically in the context of a diving board. Participants are exploring how to quantify this property and what units might be appropriate for measurement.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants are considering the creation of a new unit for measuring bendiness, such as deflection per unit of force applied. There are discussions about using angles to represent deflection and how to graphically represent the bending of an object.

Discussion Status

There are various ideas being explored regarding measurement units and methods. Some participants suggest using angle deflection as a potential approach, while others are questioning the adequacy of their initial thoughts and the information available for measurement.

Contextual Notes

Participants mention having limited information, such as only the weight of the object and its distance from the start of the diving board. There is a focus on how these variables might relate to the bending measurement.

MrPickle
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Homework Statement


I need to draw a table measuring bendiness but I don't know what unit or how bendiness would be measured.

Homework Equations


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The Attempt at a Solution


I have drawn the table up, just I need a unit for bendyness
 
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MrPickle said:

Homework Statement


I need to draw a table measuring bendiness but I don't know what unit or how bendiness would be measured.

Homework Equations


//


The Attempt at a Solution


I have drawn the table up, just I need a unit for bendyness

Well you might have to make one up! How about deflection per unit of force applied. So that would be meters/Newton or cm/Newton or inches/pound or feet/pound.
 
Okay, this was my initial thought but I'm not sure how well it'll work.

DivingBoard.jpg


A line for the original position and length and then one going from the start of that one to the end of the diving board after it's bent.

You could then work out the angle inbetween?
 
MrPickle said:
Okay, this was my initial thought but I'm not sure how well it'll work.

DivingBoard.jpg


A line for the original position and length and then one going from the start of that one to the end of the diving board after it's bent.

You could then work out the angle inbetween?

Do you have the deflection of the tip of the diving board from its original position? If so, use that. If not, your idea is perfectly good. After all, it's your graph and what you want to do is to clearly convey information. In this case your effort should be judged on that criteria.
 
All I have is the weight of the object and the distance it is away from the start of the diving board. The distance is kept constant and the weight's the one changing (Independent variable?)
 
MrPickle said:
All I have is the weight of the object and the distance it is away from the start of the diving board. The distance is kept constant and the weight's the one changing (Independent variable?)

Okay, so your angle idea sounds good. You could use angle deflection per pound. As I said before all you're trying to do is communicate what's happening and as long as you explain what you mean it should be okay.
 

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