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Originally posted by beezzer
beezzer is still reading, and playing with his toes. humming, and drawing ladybugs with a crayon.
(I'm just a biologist)
Originally posted by ubeenhad
Think about it.
Your post above makes it easy.
Acceleration due to change in velocity caused by anything will produce more relativistic mass. More gravity.
So what were you saying?
Originally posted by beezzer
Originally posted by ubeenhad
Think about it.
Your post above makes it easy.
Acceleration due to change in velocity caused by anything will produce more relativistic mass. More gravity.
So what were you saying?
I thought mass was a constant.
Regardless of velocity.
Originally posted by PurpleChiten
Originally posted by beezzer
Originally posted by ubeenhad
Think about it.
Your post above makes it easy.
Acceleration due to change in velocity caused by anything will produce more relativistic mass. More gravity.
So what were you saying?
I thought mass was a constant.
Regardless of velocity.
He's wanting to look at it as it approaches the speed of light to try to justify other stuff
Originally posted by ubeenhad
reply to post by PurpleChiten
NO.
Any change in velocity effects inertial mass. Even minor ones.
Wanna argue semantics, your DEAD wrong on that one.
Originally posted by beezzer
Originally posted by PurpleChiten
Originally posted by beezzer
Originally posted by ubeenhad
Think about it.
Your post above makes it easy.
Acceleration due to change in velocity caused by anything will produce more relativistic mass. More gravity.
So what were you saying?
I thought mass was a constant.
Regardless of velocity.
He's wanting to look at it as it approaches the speed of light to try to justify other stuff
So like a photon has no mass; an object (at the speed of light) would not have any mass either?
edit on 5-11-2012 by beezzer because: (no reason given)
Originally posted by PurpleChiten
Originally posted by beezzer
Originally posted by PurpleChiten
Originally posted by beezzer
Originally posted by ubeenhad
Think about it.
Your post above makes it easy.
Acceleration due to change in velocity caused by anything will produce more relativistic mass. More gravity.
So what were you saying?
I thought mass was a constant.
Regardless of velocity.
He's wanting to look at it as it approaches the speed of light to try to justify other stuff
So like a photon has no mass; an object (at the speed of light) would not have any mass either?
edit on 5-11-2012 by beezzer because: (no reason given)
at the speed of light, it would have an infinite mass.... a big ole booger!
Originally posted by ubeenhad
reply to post by beezzer
reply to post by beezzer
Without bringing in quantum mechanics, the easy answer is E=mc2 is decieving. Its actually better to use the relativistic energy momentum equation.
E^2 - (pc)^2 = (mc^2)^2 were p is momentum.
The momentum for an object is proportional to its mass. Even massless particles can have momentum because they have energy. Really high energy in some cases like cosmic rays.
Originally posted by PurpleChiten
....but, if it makes you feel better, yes, it will affect it... not enough to matter though
Originally posted by ubeenhad
Originally posted by PurpleChiten
....but, if it makes you feel better, yes, it will affect it... not enough to matter though
Ya its not like explaining how relativistic mass works on the smallest scales would give us an all encompassing quantum gravity theory or anything.
*facepalm
Your embarrassing yourself.
Originally posted by beezzer
Can gravity been seen as a potential energy?
Originally posted by ubeenhad
reply to post by beezzer
NO.
A force is not potential energy.
According to Einstein gravity is JUST geometric bending of space time, and not really in the sense that the others are considered.
Originally posted by ubeenhad
reply to post by beezzer
NO.
A force is not potential energy.
According to Einstein gravity is JUST geometric bending of space time, and not really in the sense that the others are considered.
Originally posted by PurpleChiten
Originally posted by ubeenhad
Originally posted by PurpleChiten
....but, if it makes you feel better, yes, it will affect it... not enough to matter though
Ya its not like explaining how relativistic mass works on the smallest scales would give us an all encompassing quantum gravity theory or anything.
*facepalm
Your embarrassing yourself.
No, I'm definitely not, however, you're doin a pretty good job of it with your own self
Originally posted by beezzer
Originally posted by ubeenhad
reply to post by beezzer
reply to post by beezzer
Without bringing in quantum mechanics, the easy answer is E=mc2 is decieving. Its actually better to use the relativistic energy momentum equation.
E^2 - (pc)^2 = (mc^2)^2 were p is momentum.
The momentum for an object is proportional to its mass. Even massless particles can have momentum because they have energy. Really high energy in some cases like cosmic rays.
Can gravity been seen as a potential energy?