kgruber
Final Approach
Will somebody please explain these terms to me. I seem to use them interchangeably.
Thanks
Karl
Thanks
Karl
Will somebody please explain these terms to me. I seem to use them interchangeably.
Thanks
Karl
In classical mechanics, linear momentum or translational momentum (pl. momenta; SI unit kg•m/s, or, equivalently, N•s) is the product of the mass and velocity of an object:
Like velocity, linear momentum is a vector quantity, possessing a direction as well as a magnitude.
Inertia is the resistance of any physical object to a change in its state of motion or rest, or the tendency of an object to resist any change in its motion.
In common usage the term "inertia" may refer to an object's "amount of resistance to change in velocity" (which is quantified by its mass), or sometimes to its momentum, depending on the context. The term "inertia" is more properly understood as shorthand for "the principle of inertia" as described by Newton in his First Law of Motion; that an object not subject to any net external force moves at a constant velocity. Thus an object will continue moving at its current velocity until some force causes its speed or direction to change.
momentum is the product of inertia (m) and velocity (v). p=ma.
A more interesting question: What causes the Inertia effect?
José
Yup. She's a rocket scientist. Really! LOL!
Hmm... this is what causes gravity.The curvature of space-time around an object, as determined by its mass?
A more interesting question: What causes the Inertia effect?
José
Hmm... this is what causes gravity.
What causes inertia?
Hmmm, the more important question may be: what causes levity? We all know that levity is the opposite of gravity so it is the important topic!
He did not realize the gravity of the situation.(*spit take once again*)
I needed this. I'm having an email battle over someone who's PO'd that I didn't send an engraved letter informing him of a monthly deadline. A deadline that's been published & posted every month for years and years.
At some point you write the basic laws of Physics and don't ask what causes them. Super string theory? But then what causes super string theory, etc. God?
At some point you write the basic laws of Physics and don't ask what causes them. Super string theory? But then what causes super string theory, etc. God?
It's FM. In this case, it's PFM.
I said that about DME and someone wanted to correct me. Guess they don't admit that the factory puts magic smoke in all electrical devices. Regardless of how it gets in there, I know for darn sure that when the magic smoke is released, the darn thing never works again...
The Flying Spaghetti Monster is made up of strings of delicious pasta.
Coincidence? I think not.
nah - wikipedia except for the last sentence. that came from my phisicks book, Halliday & Resnick - the Gold Standard.
I like Alan's explanation better.
Hmmm, the more important question may be: what causes levity? We all know that levity is the opposite of gravity so it is the important topic!
This may be the first quantum humor on POA..... But it's humor is relative.
If Gravitons are gravity particles, are Levittons then Levity particles?
(maybe not, I've been to Levittown, and I wouldn't call it funny. But maybe there's an observer interaction effect there)
Or if the primary subatomic particle are Quarks, then sub-levity particles are Quips?
This may be the first quantum humor on POA..... But it's humor is relative.
Or relativistic?
Hmmm, the more important question may be: what causes levity? We all know that levity is the opposite of gravity so it is the important topic!
Gravity can be described as the flow of the space medium into mass. Much like when you put your hand on the drain of a sink full of water or on a vacuum cleaner hose. The effect appears pulling on your hand but is actually the medium (water or air) pushing your hand down. The "gravity vacuum" is created by the mass that blocks the "pressure" from the opposite side thus creating an unbalance in force. The same space medium is responsible for the inertia effect and the constant speed of light. Just like drag and constant sound velocity in air or water. But unlike fluid mediums were F = K (dx/dt) space medium is F = K (dv/dt).
José
Fine...where's the levity?
you may want to look up "binding energy" and "mass defect"Is levity were to exist how would you keep things together. If gravity force were switched to levity (antigravity) this planet would be desintegrated. The closest effect to antigravity observed is that of a nuclear fission. In a normal state the atom nucleus is held together by the nuclear force created by protons and neutrons. When the nucleus is bombarded by a neutron the nuclear force is released and the repulsive force of the protons creates the "antigravity effect" that desintegrate the atom. The neutrons of the desintegrated atom bombard the neighboring atoms thus creating a nuclear chain reaction. Localized magnetic levitation effects has been used in trains and other applications.
José
Reads like the sci.chem trolls are here now.Gravity can be described as the flow of the space medium into mass. Much like when you put your hand on the drain of a sink full of water or on a vacuum cleaner hose. The effect appears pulling on your hand but is actually the medium (water or air) pushing your hand down. The "gravity vacuum" is created by the mass that blocks the "pressure" from the opposite side thus creating an unbalance in force. The same space medium is responsible for the inertia effect and the constant speed of light. Just like drag and constant sound velocity in air or water. But unlike fluid mediums were F = K (dx/dt) space medium is F = K (dv/dt).
José
you may want to look up "binding energy" and "mass defect"
Or primary election momentum where money acts as a force. $3.50=1 pack of fig newton.We haven't even discussed football momentum, which can change without the application of an outside force.