That is where you arewrong, hujaonyesha kama mungu ana exist, umeonyesha unavyoshindwa kuonyesha mungu ana exist.
Force is a measurable entity,
Force = Mass X Acceleration
Kitu kingine ukikiita force, sijui roho mtakatifu na makorokoro mengine mizimu siju ambayo hayapimiki kisayansi hizo si forces za kisayansi, labda kwenye voodoo kuna force nyingine lakini haitambuliki kiayansi
Hii ni elementary physics
Ona hii website ya Chuo Kikuu cha Illinois inaweza kukusaidia kuhusu force ni nini.
Ndiyo maana nasema mnaoamini mungu mnajitungia vitu visivyoonekana wala kupimika na kuharibu haya majina kama force, kuchanganya watu
http://van.physics.illinois.edu/qa/listing.php?id=268
Measuring forces and speeds
Q: How can you measure the force on an object? Is there any way to measure the speed of an object without using a radar gun?
-Anonymous
A: There are lots of ways to measure the force on an object and the speed of an object. Which way you might use depends on the details of what you're doing. I'll give some examples of how to measure force and speed -- perhaps you can think of some more!
Measuring force:
1) A scale will directly read the force applied to it. A bathroom scale usually has a spring inside attached to a dial which reads how much the spring has either compressed or stretched, depending on how the scale is constructed. Scales read forces in units of pounds in the United States.
2) You can hook up a spring directly to the object you would like to measure the force on, and pull on the other end of the spring. The amount by which the spring stretches is directly proportional to the force applied. The constant of proportionality depends on the spring and should be calibrated with a known force, like a known weight.
3) You can use
Newton's law F=mA. If you know the mass of an object and can measure its acceleration, the force is the product of these two. But be careful -- this force is the sum of all forces on the object. Be careful with friction! Measuring the acceleration just means measuring the speed at different times and seeing how it changes. Acceleration is the change in speed divided by the change in time.