E=MC^2 is the inverse of reality and the exact inverse of True and Pure physics!

[vineet_kiran]

@ fritznien


A  weight leaning on wall gets its force from gravity whereas person pushing the wall uses his own internal energy which is not influenced by gravity.   Weight = m*g  which is equivalent to m*a  hence  is considered as force.   A person pushing a wall  using his internal (bio) energy is same as a bulldozer pushing a wall consuming energy from the engine.   Can a bulldozer push the wall without consuming energy from the engine? 

Energy consumed by engine can be calculated on thermodynamic lines but how do you define same energy in terms of force acting on the wall?

Vineet.K.

[fritznien]

@ fritznien


A  weight leaning on wall gets its force from gravity whereas person pushing the wall uses his own internal energy which is not influenced by gravity.   Weight = m*g  which is equivalent to m*a  hence  is considered as force.   A person pushing a wall  using his internal (bio) energy is same as a bulldozer pushing a wall consuming energy from the engine.   Can a bulldozer push the wall without consuming energy from the engine? 

Energy consumed by engine can be calculated on thermodynamic lines but how do you define same energy in terms of force acting on the wall?

Vineet.K.

force is only part of it, a spring under tension makes a force a weight sitting on a table makes a force.
but energy is only transferred when that force acts thru a distance, causes a movement.
you can use up fuel to generate a force but it dose work only if the object moves.
the engine runs and generates heat but the useful output is zero, unless the wall moves zero work is done on the wall.
fritznien

[vineet_kiran]

the engine runs and generates heat but the useful output is zero, unless the wall moves zero work is done on the wall.
fritznien

Useful mechanical output can be zero but the energy produced by the engine has to dissipated through the wall by means of force acting on the wall.   As per conservation law energy cannot be destroyed. 

[gravityblock]

A spreadsheet is attached to this post. I'll give a quick summary of the spreadsheet below. This is a work in progress.

Summary:

Cell B2 is highlighted in green. Cell B2 is the only place required for data entry on your part. The value 274 will yield sum interesting results ( speed of light divided by 1094000 = 274). I recommend values within the range of 1 to 274. Try different values starting at 1, then 2, then 3, etc in order to compare the different values.

Cells B6 - B13 are constants.

Please note, the mass of a photon is not a constant. The mass of the photon is calculated by taking Planck's constant / (frequency * wavelength^2) or m = E / c^2. I do realize a photon having mass goes against most in the scientific community. To confuse things even further, the mass of a photon changes according to it's frequency. Gravock's Constant is the frequency / photonic-mass. This results in a value of 1.36x10^50 seconds per kilogram.

All Cells highlighted in Red uses Gravock's Constant.

The attached file is a zip file. It contains two spreadsheets. One is for OpenOffice and the other is for Excel.

Thanks,

Gravock

[fritznien]

Useful mechanical output can be zero but the energy produced by the engine has to dissipated through the wall by means of force acting on the wall.   As per conservation law energy cannot be destroyed.

what energy would this be?the wall dose not move.what are the units?
the engine produces a lot of heat that ends up in the environment, all the energy released by the fuel ends up as heat.
and just what is differant from a spring or weight applying a force to the wall? a spring can apply a force
indefinitely with no heat produced.
fritznien