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Nasir Nader

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3y ago

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Which type of elastic force is present in the string on a guitar?

forces can be added together only if they are


What force is on guitar strings?

I assume you mean tension. tension is a stretching force in am object (e.g. string). If you dangle a yoyo from your hand the string is being stretched by the weight of the yoyo. If the weight of the yoyo = 1N then the tension = 1N.


Who is Family Force Five's guitar player?

Derek Mount, or Chapstique if you will.


Can a guitar produce it's own sound?

(first off my apologies to this being so long, just trying to be explanatory) All guitars create sound the same way: through vibrations created by the tension of the string(s) you plucked combined with the amount of force you used to pluck the string(s). But there are a few differences depending on which guitar your curious about, for example an acoustic guitar, when you pluck the string, the string-depending on the tension of it, and the amount of force used, will create a vibration, and the sound waves generated by vibrations travels into that hole cut into the body of the guitar and it pretty much amplifies the vibration so your able to hear it. Now electric guitars, I'm not positive about this one, but enough to put it in this answer. I assume that when you pluck the strings on an electric guitar the vibrations, instead travel through wires located in the guitar and out the outlet in the guitar that enables you to plug the amp. into the guitar and if connected through the wire that connects the guitar to the amp. and into the speakers in the amp. which then projects the noise the guitar makes. (AGAIN IM NOT POSITIVE ON MY ELECTRIC GUITAR ANSWER, SO IF I AM WRONG PROVEN VIA RESEARCH FEEL FREE TO IMPROVE THE ANSWER! thank you)


What happens if you put the wrong guitar strings in the wrong tuner posts?

Depends. Some left-handed people do it deliberately to adapt the guitar to their handedness, and that works fine. But if you do it in a random way either the strings won't lace up properly or it'll be awfully hard to tune the guitar.

Related Questions

What type of elastic force is present in the string of the guitar?

Compression


What type of elastic force is present in the string of a guitar?

Compression


What type of elastic force is present in the string on a guitar?

Border Patroll


Which type of elastic force is present in the string on a guitar?

forces can be added together only if they are


What make of guitar strings do dragon force use?

D'Addario


What kind of force in present in stert ched strings ropes and cable?

Tension force is present in stretched strings, ropes, and cables. This force is directed along the length of the material and arises due to the stretching or pulling of the material.


How can I prevent damage while stretching guitar strings?

To prevent damage while stretching guitar strings, make sure to stretch them gently and gradually by pulling and releasing them a few times after tuning. This helps the strings settle into place without breaking. Additionally, avoid excessive force or over-tightening the strings to prevent damage to the guitar or the strings themselves.


What is elastic force?

Elastic force is when something is being stretched or compressed.


What kind of force is present in stretched strings rope and cables?

That is called "tension".


Why do you need elastic force?

because are skin has elastic force


What kind of force is present in stretchedstringsropesand cables?

Tension force is present in stretched strings, ropes, and cables. This force is caused by the pulling or stretching of the material, creating a force that acts along the length of the object to keep it taut or in place.


What is elastic friction?

Elastic friction refers to the resistance encountered when two surfaces in contact are compressed together, causing their molecules to deform slightly. This deformation results in a force acting to resist the relative motion of the surfaces. It is the frictional force present when there is an elastic deformation of the surfaces involved.