Looking for some help realting to spring energy changes

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SUMMARY

This discussion centers on calculating maximum height using elastic potential energy (EPE) and gravitational potential energy (GPE) in a spring system. The key equations referenced are EPE = 1/2kx² and GPE = mgh. The user expresses uncertainty in determining the maximum height after factoring a quadratic equation to 0.05 m. The conversation emphasizes the need to convert spring energy into height gain while acknowledging the complexities of energy loss due to internal vibrations in large springs.

PREREQUISITES
  • Understanding of elastic potential energy (EPE) and gravitational potential energy (GPE)
  • Familiarity with the quadratic equation and its applications
  • Knowledge of spring constants and their role in energy calculations
  • Basic principles of energy conservation in mechanical systems
NEXT STEPS
  • Study the conversion of elastic potential energy to gravitational potential energy in spring systems
  • Learn about the effects of internal vibrations on energy transfer in springs
  • Explore advanced applications of the quadratic formula in physics problems
  • Investigate real-world examples of spring mechanics and energy loss
USEFUL FOR

Students studying physics, particularly those focusing on mechanics and energy transformations, as well as educators looking for practical examples of spring energy calculations.

Jonah765
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Homework Statement



https://imgur.com/gallery/PQx8SmX

Homework Equations



EPE (elastic potential energy) = 1/2kx^2

GPE (gravitational potential energy) = mgh

The Attempt at a Solution



my attempt, https://imgur.com/gallery/lJDhwqD
[/B]
I feel like I've made progress considering the quadratic factored to a neat 0.05 m, however from there i don't know how to proceed to find the maximum height. Essentially all that is required is to find the value of h, then max height = x + h, but I am not sure how to go about that

Perhaps i am going about this the wrong way, I have tried to consider the change in energy from stage 2 to 3, but come to the same final result/dilemma. any help is appreciated, ty.
 
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Please upload an image.
 
Np14 said:
Please upload an image.

As far as I am aware I have, there are two imgur links in my post, unless you mean something else? :)
 
Jonah765 said:
As far as I am aware I have, there are two imgur links in my post, unless you mean something else? :)
That is not uploading them, that is giving external links that gives the people you are asking for help an additional barrier to helping you since they have to open an external page. You should include the images in your post.

You should also read the homework rules regarding uploading problem statements and attempts in image format.
 
Jonah765 said:
Perhaps i am going about this the wrong way
I think you have misunderstood the set-up. My reading is that the spring is merely hooked onto something at the top end so that when released the entire spring flies up to some height.
Also, I think you have to take a rather simplistic view, converting all the spring energy into height gain. In reality, massive springs are complicated; some of the energy would go into internal vibrations.
 

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