A ? of force.

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After watching the slow motion guys on you tube, I came across a slow motion experiment showing a Melon being put under contracting centripetal force by the use of elastic bands.



Me being me, I was not observing just the slow motion, but observing the entire Physical process of what was happening. In the video we can clearly see the applied force increase by greater amount of elastic bands causing a centripetal pressure, contracting the equator of the melon by the elastic bands.

The contraction eventually causing enough force, to implode the Melon, making an outwards burst effect.

My instant thought was the Big bang and the expansion of the Universe. The big bang is not really thought of has an explosion.

My other thoughtful concern was the Earth, and the amount of space dust, the Earth receives from space, and that like the bands, the space dust adds volume to our surface, making a greater density and force applied centripetally causing in affect a greater intensity of pressure inside the Earth's core.

Are we going to implode like the Melon?
 

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You misused the words centripetal, pressure and implode, so no.

Was this a joke or a drunk-post?
 
The question is whether something like this happened in the universe? But what would force a ball of energy at its equator making it to explode?
 
My other thoughtful concern was the Earth, and the amount of space dust, the Earth receives from space, and that like the bands, the space dust adds volume to our surface, making a greater density and force applied centripetally causing in affect a greater intensity of pressure inside the Earth's core.

Are we going to implode like the Melon?

Please do not post this type of absurd musings in the science section.
 
I came across a slow motion experiment showing a Melon being put under contracting centripetal force by the use of elastic bands.
It ISN'T being being put under ANY "centripetal force".

Me being me
You being you means you didn't have a clue as to what was going on and therefore completely misconstrued and misapplied anything you saw.

This is best suited for the Cesspool than Physics and Maths.
Reported.
 
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It ISN'T being being put under ANY "centripetal force".


You being you means you didn't have a clue as to what was going on and therefore completely misconstrued and misapplied anything you saw.

This is best suited for the Cesspool than Physics and Maths.
Reported.
No problems troll, report away, anyone can see this is science, and is titled with a question, so if you do not know the answers do not reply thanks.

''You misused the words centripetal, pressure and implode, so no.''

I did not.

Centripetal is inwards force, the elastic bands , cause a ''centripetal compression'' of the Melon, do you disagree with this?

This makes an inwards pressure along the circumference of applied force. We can clearly see this if we change the Melon to a balloon.
 
''You misused the words centripetal, pressure and implode, so no.''
I did not.
Learn to quote correctly: those weren't my words.

Centripetal is inwards force, the elastic bands , cause a ''centripetal compression'' of the Melon, do you disagree with this?
Of course I disagree with this.
Since there's no rotary motion involved there's no velocity to cause a centripetal force. Go [back] to school.

This makes an inwards pressure along the circumference of applied force.
And that force would be TENSION in the elastic bands, not "centripetal force".

We can clearly see this if we change the Melon to a balloon.
No.
Surprisingly, the melon remains a melon. It doesn't, in any of the video that I saw, turn into a balloon at any stage.
 
Learn to quote correctly: those weren't my words.


Of course I disagree with this.
Since there's no rotary motion involved there's no velocity to cause a centripetal force. Go [back] to school.


And that force would be TENSION in the elastic bands, not "centripetal force".


No.
Surprisingly, the melon remains a melon. It doesn't, in any of the video that I saw, turn into a balloon at any stage.
You do not need rotary motion to have centripetal force.
 
You do not need rotary motion to have centripetal force.
Oh look, another made up "scientific fact" from you.
Citation needed.
As pointed out, the force involved is tension in the elastic bands.
Is this along the lines of you being sure I have my facts wrong and claiming, incorrectly, that less gravity = slower clocks?
(And I note that you failed, entirely, to acknowledge you were in error on that too...)
 
Oh look, another made up "scientific fact" from you.
Citation needed.
As pointed out, the force involved is tension in the elastic bands.
Is this along the lines of you being sure I have my facts wrong and claiming, incorrectly, that less gravity = slower clocks?
(And I note that you failed, entirely, to acknowledge you were in error on that too...)
The tension involved causes isotropic centripetal force around the circumference of tension applied to the matter being compressed. The tension of the bands is not the process of the density reaction of the melon to the pressure. The reaction of the Melon is for its molecules to compress centripetal to the force, causing the circular plain to implode, exchanging the force to outwards, North and South to respective position of the bands.

P.s -respective of the clocks, it does not matter which way a round the dilation is, my use of the constant of c , to time, over rules the time dilation garbage.
 
The tension involved causes isotropic centripetal force around the circumference of tension applied to the matter being compressed. The tension of the bands is not the process of the density reaction of the melon to the pressure. The reaction of the Melon is for its molecules to compress centripetal to the force, causing the circular plain to implode, exchanging the force to outwards, North and South to respective position of the bands.
Word salad.
No citation provided, just nonsensical waffle.
 
Wait, so you really are serious and sober about this?! Yikes, I hope you can break out of this path you are on, because making crap up as you go along instead of learning reality is a bad formula for success in life.
 
P.s -respective of the clocks, it does not matter which way a round the dilation is
Um, yes it does.
And you were wrong. Several times.
And too lazy, or arrogant, to bother to check.

my use of the constant of c , to time, over rules the time dilation garbage.
Since your "theories" are unsupported un- (mostly anti-) scientific rubbish your claims "over rule" nothing.
 
Since your "theories" are unsupported un- (mostly anti-) scientific rubbish your claims "over rule" nothing.


Correction!!
He has no theory, and never has. All he has is what at best can be described as speculative crap, that all contradict present observed natures of realities.
This particular thread, is just his arrogant attempt to show that he has the right to say what he likes and think what he likes.
As I have informed him a number of times, he wears that as his badge of honour, and takes no notice of how stupid and irrational his claims are.
They are part and parcel of why he has been banned elsewhere.
Like all his other childish, nonsensical, logic defying claims, this will end up at pseudoscience or cesspool in time.
 
This... thread... just...

tumblr_mzknlt3IvT1rfxo4bo1_500.gif


*ahem* Sorry...

http://en.wikipedia.org/wiki/Centripetal_force

596px-Centripetal_force_diagram.svg.png


That is Centripetal Force:

A Centripetal force (from Latin centrum "center" and petere "to seek"[1]) is a force that makes a body follow a curved path. Its direction is always orthogonal to the velocity of the body and towards the fixed point of the instantaneous center of curvature of the path. Isaac Newton described it as "a force by which bodies are drawn or impelled, or in any way tend, towards a point as to a centre."[2]

One common example involving centripetal force is the case in which a body moves with uniform speed along a circular path. The centripetal force is directed at right angles to the motion and also along the radius towards the centre of the circular path.[3][4] The mathematical description was derived in 1659 by Dutch physicist Christiaan Huygens.[5]

The video shows zero centripetal force... period...
 
The lack of knowledge by forum members and the ability to answer simple questions is astonishing.

I will ask again, if it is not centripetal force being imposed inwards by the elastic bands , then what force is it?

The elastic bands add inward force to the Melon, the molecules of the melon are contracting inwards to make a greater intensity of force on the Circulars Plain center of mass, you are not this clueless surely?

P.s - gravity is centripetal force, gravity is not based by rotation qualities.
 
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