Why? Just because you are not able to debunk it?

@@Tanaquil_de_Lammerfors Because the results are as inconsistent as they can get.

@@luis-sophus-8227 I don´t know, which inconsistencies you are referring to. Please explain. As far as i know, Henry Cavendish measured the value of the gravitational constant in 1798 with a deviation of just 1,2% to the actual measurements. That is pretty close, considering the quality of the measurement equipment of that time.

@@Tanaquil_de_Lammerfors A deviation 1,2% of the actual experiments which also provide inconsistent results. The experiment also assumes that gravity is at play where any slight disbalance and sysmic activity will change the results, static electricity is stated to hold a far stronger effect than the supposed gravity. If this experiment were to be conducted at a larger scale then it would be interesting to see the results, nobody I know has tried to heighten the stakes, most likely because it's not going to favor their idea.

Alright so maybe if you paid attention to the video you would know. The reasons why the apple falls into the Earth's surface and the Moon doesnt are these: 1.- If you take a look at the formula for universal gravitation, and as it is SAID in the video you are commenting, the gravitational pull decreases by the square of the distance between the 2 analized objects. The Moon is very far away from the Earth, but not enought to scape its pull, the apple in the other hand, is right by its surface, where the force exerted in it thanks to the gravitational field of the earth is much much stronger. 2.- The Moon has inertia (or centrifugal force) thanks to its orbit around Earth, which as you should know, given you are watching physics videos, is a force exeded in objects when on a circular motion, that pulls tangentially to its path, which already stated, is circular. And as an added bonus to sprinkle some more knowledge into you the reason this motion doesnt stop is because space is frictionless, meaning there is no recistence to the motion of objects, thats why the Moon can keep ots orbit indefinitely, or the Erth's orbit around the Sun, etc. This is thanks to Newton's first law of motion, that if no force is applied on an object, its motion will not change. The reason here on Earth things do eventually stop moving is thanks to either surface friction, viscocity of fluids, or air recistence.

the moon is permanently pulled away by its tangential momentum which is equal to the gravitaional force of earth

if what you mean by this (cuz I have absolutely 0 clue of what you are saying, please improve your english) is ti ask why the moon doesnt fall to the earth the asnwer is because of the inertia or centrifugal force it has thanks to its orbit, as you know space is a frctionless surface so this keeps going forever. also what do you mean by "course speed"