@ArgonCapital Yes, people measure kg using devices that measure force, but really the appropriate unit to use would be a unit of force like the newton. Technically speaking the kg is mass only.
The gravitational force you experience on earth not only varies based on...
The gravitational force you experience on earth not only varies based on...
@ArgonCapital ...elevation but even the distribution of mass of the earth, as it isn't uniform as you might fist assume.
So I certainly understand your concern but it won't matter for everyday people and in experiments the proper unit can be used.
So I certainly understand your concern but it won't matter for everyday people and in experiments the proper unit can be used.
@ArgonCapital Anyway to finish what I was saying above when you use the provided equations to solve for the kilogram your answer comes out in joules, look at the equation for joules below. It should seem familiar.
The joule is a unit if energy, and since E=mc^2 related mass and energy you...
The joule is a unit if energy, and since E=mc^2 related mass and energy you...
@ArgonCapital .... can use it to convert the energy value given to a mass value.
So it'd look like this unsolved
(E=h(hz value from kyle's video))=mc^2, so once you get the energy value using kyle's plug in you then just have to divide by c^2 on both sides and you get the answer. m is 1kg...
So it'd look like this unsolved
(E=h(hz value from kyle's video))=mc^2, so once you get the energy value using kyle's plug in you then just have to divide by c^2 on both sides and you get the answer. m is 1kg...
@ArgonCapital ...using kyle's plug in value for hertz.
