Nukehasslefan
Winger
If the always of motion don't refer to it at expansion and contraction level then the law of motion does not apply to it at a stationary level because stationary means nothing in terms of motion, so we can scrub that.You really don't have a clue do you. An object is never at rest - I assume you are talking about atomic motion which is not what Newtons laws of Motion refer to you buffoon.
Because it is acted upon,. It will always be acted upon. It will never ever become a time when it's not acted upon.An object will stay in a state of uniform motion or at rest unless acted on by an external force (the unbalanced thing is something you have either made up or copied from somewhere) - this is true. If you accelerate something to a point where the force applied exactly equals the force resisting motion then it will move at a steady speed (net force applied is zero as forces are vectored) if the force applied is the reduced to nothing the object will come to rest after a period of deceleration like when you drive a car.
It does.An object would move in one direction for ever on a infinite flat plane with no retarding forces acting on it; this obviously to our current knowledge is not possible but that doesn't make a law false.
Don't create a law if the law refers to fiction.
We've dealt with that. It's meaningless because it has no reality to it.And the other two laws are not the same just you are incapable of understanding them.
From wikipedia :-
Law 1. A body continues in its state of rest, or in uniform motion in a straight line, unless acted upon by a force.
Law 2. A body acted upon by a force moves in such a manner that the time rate of change ofYou must be logged on to see external linksequals the force.
Meaning action and equal and opposite reaction.
Law 3. If two bodies exert forces on each other, these forces are equal in magnitude and opposite in direction.
As above.
One law covers two and the first is a nonsense.
As I just explained.How on earth are 2 and 3 the same.....you have no clue.
It doesn't matter what's said about it. It's pretty simple.And some more from Wikipedia
"Newton's laws were verified by experiment and observation for over 200 years, and they are excellent approximations at the scales and speeds of everyday life. Newton's laws of motion, together with his law ofYou must be logged on to see external linksand the mathematical techniques ofYou must be logged on to see external links, provided for the first time a unified quantitative explanation for a wide range of physical phenomena. For example, in the third volume of the Principia, Newton showed that his laws of motion, combined with the , explained .
Newton's laws are applied to bodies which are idealised as single point masses, in the sense that the size and shape of the body are neglected to focus on its motion more easily. This can be done when the of the resultant of all the external forces acts through the center of mass of the body. In this way, even a planet can be idealised as a particle for analysis of its orbital motion around a star.
In their original form, Newton's laws of motion are not adequate to characterise the motion of and . in 1750 introduced a generalisation of Newton's laws of motion for rigid bodies called , later applied as well for deformable bodies assumed as a . If a body is represented as an assemblage of discrete particles, each governed by Newton's laws of motion, then Euler's laws can be derived from Newton's laws. Euler's laws can, however, be taken as axioms describing the laws of motion for extended bodies, independently of any particle structure.
Newton's laws hold only with respect to a certain set of called . Some authors interpret the first law as defining what an inertial reference frame is; from this point of view, the second law holds only when the observation is made from an inertial reference frame, and therefore the first law cannot be proved as a special case of the second. Other authors do treat the first law as a corollary of the second. The explicit concept of an inertial frame of reference was not developed until long after Newton's death.
These three laws hold to a good approximation for macroscopic objects under everyday conditions. However, Newton's laws (combined with universal gravitation and ) are inappropriate for use in certain circumstances, most notably at very small scales, at very high speeds, or in very strong gravitational fields. Therefore, the laws cannot be used to explain phenomena such as conduction of electricity in a , optical properties of substances, errors in non-relativistically corrected systems and . Explanation of these phenomena requires more sophisticated physical theories, including and ."
Do you understand what a non-newtonian fluid is?
One law which to be as basic as possible is, for every effort you put in you get the exact return of that effort. For every action there is an EQUAL and opposite REACTION.
That depends on what you mean by exhaust gases.And do exhaust gases pass through this barrier or not
Exhaust means spent, so are you arguing for the after effects of the burn or the external burn itself.
Just to be clear so I can answer it properly.
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