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« on: July 12, 2016, 04:46:47 PM »
Please recall that we are talking about all matter, not just gas, and that vibration is by necessity an acceleration. Movement in one direction, deceleration, movement in the other. Anything else would produce motion. If heat is this constant kinetic energy, where does it come from?
This is not motion at a constant velocity. Objects with heat can still be stationary, so that can't be the case. There is acceleration and deceleration going on every second, Newton's first law isn't relevant, Newton's second law is. Acceleration means a force is applied. Kinetic energy has a v2 term in: the direction doesn't count, so if you sum the kinetic energy of all the molecules it is actually going to be quite substantial. You can't have negative energy, so it can't balance. There would be zero momentum, but that isn't what we're talking about.
Internal kinetic energy, molecules vibrating in place, is still energy: and the sum total of what is required must be enough energy to move the entire object. I am not saying the object should move, the motion cancels out, but if the round earth model is to be accurate there must a cause for this tremendous amount of energy that's used by every object, every second of every day.
The effect is heat, but what is the cause? This is an impossible amount of energy. It is enough to accelerate the house you're living in at this very moment, and then decelerate it, constantly.
The vibrating molecule model of heat is flawed.