no it would be dangeras
Galileo would have observed that both the burlap ball and the 2-pound rock would have hit the ground at the same time. This would have demonstrated that objects fall at the same rate regardless of their weight, disproving the prevailing belief at the time that heavier objects fall faster.
Galileo was a champion of a heliocentric universe, which we now accept today. His contribution to physics, however would be his experiments with falling bodies. He said objects would fall at uniform acceleration no matter, independent of mass.
Technically, there would just be a different result.
Armstrong didn't actually do an experiment related to Galileo during the Apollo 11 mission, but there was one carried out on Apollo 15. This related to an experiment that Galileo was supposed to have conducted from the Leaning Tower of Pisa, dropping items of different masses. Aristotle had said that objects of different masses would fall at different speeds, but some people thought differently. Galileo did not in fact record actually doing this, and it is believed that it was really just a "thought experiment". The best way to try this out is in a vacuum, so that there is no air resistance, and the size and shape of the objects being used won't make any difference. So on Apollo 15, Dave Scott, the mission commander, dropped a geological hammer and a feather. If they reached the ground at the same time, this would prove that Galileo's view was correct. This is exactly what happened; the hammer and the feather fell slowly in the Moon's 1/6 gravity and hit the ground together.
The products would be the end result, or whatever you make.
I am not sure they used similes. Copernicus postulated a sun-centered solar system through what today we would call reason and thought experiments. Galileo's careful observations through his telescope confirmed Copernicus's hypothesis.
no because of the board of ethics in the US today does not allow for these kind of experiments to be performed. European countries on the other hand may allow for such experiments.
CBSE Class IX result can be seen in school only as it is not conducted by the board.
These measurements are the result of experiments or are derived from other physical data.
If Galileo dropped a piece of burlap tied into a ball and a 2-pound rock from the Leaning Tower of Pisa, he would have observed both objects hitting the ground at the same time, despite their differences in mass and shape. This outcome demonstrates the principle of uniform acceleration due to gravity, as both objects fall at the same rate in a vacuum, unaffected by air resistance. However, in reality, the burlap ball would likely experience greater air resistance, potentially causing it to fall more slowly than the rock. Nonetheless, the key takeaway from Galileo's experiments was the understanding that gravity acts equally on all objects, regardless of their mass.
to see the effects of zero gravity on chemistry experiments that cannot be conducted on Earth since chemistry experiments on Earth are more affected by gravity on Earth than on space because gravity is determined by mass and distance from two objects and thus space would be an ideal location to perform a task such as chemistry experiments