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Is a Les Paul the only guitar that will float in a pond?


ebidis

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Find what type wood is used. Find its density. If the density of wood is less than density of water, you have your answer. (And my guess is that all solid electric guitars float)

 

EDIT: Here's the answer.

 

http://www.simetric.co.uk/si_wood.htm

 

Pay attention to ebony. It is the only wood used in guitars in some capacity that is approximately as dense as water. But ebony is only used on the rare fretboard

 

So... every solid guitar will float. The only question now is how long would a guitar take to emerge from water were one to submerge it. The less dense, the less time it will take. Also, you need to consider the surface area. But assuming equal surface area, less density means less time due to increased buoyant force.

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After much Scientific testing, it is concluded that

 

Les Paul - Float

ES 335 - Float

Stratocaster - FAIL

Roadstar - Float, but I'm leaving it there till it fails

 

If anyone is interested, here are the results for amplifier floatation test

 

Orange Crush 15R - Fail

MG100 - Fail

Tiny Terror - Float

JCM 900 - Float

 

Must be TeH TUbEzOrZZ

 

You will now find all my gear on the spam thread, severely marked down in price. Except for the Strat. It is relic'd

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instead of just air?



:confused:



Ed

 

Yes. Air (79% Nitrogen, 21% Oxygen) weighs much more than He gas. When you inhales helium, and then speak, then the medium is now He gas. Your vocals chords vibrate more easily. But this is for transverse waves (which have frequency, and oscillate). Sound waves are longitudinal. In a less dense medium such as He, sound would move about 4x more quickly (there's some math: speedHE = speedAir*(mAIR/mHe)^.5 = (32/2)^.5 = 4). So you won't hear much of a difference. Plus, if you played in a room full of helium, it would not make much of a difference due to the high tension of the strings.

 

(Oh, and like the one guy said, nobody can hear you scream in space)

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instead of just air?



:confused:



Ed

 

Vaccum would be impossible due to stress on wood and joints, but in a relative vaccum(<.05 atmosphere sound would travel more quickly depending on given gas content. however also moves and farther through water so that may be considered.>

 

A heavy gas, such as argon, may be the best "tonegas", due to weight and density respective to wood.

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