He got a car and did do
He got a car and did do
Galileo,thought wery badly.
i thought there waz gravity everwhere
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.
Galileo changed history by expressing his idea that the Earth and all of the planets revolved around the sun. Before Galileo everyone thought that all objects in space revolved around the Earth. Galileo changed this, and put the idea of everything orbiting around the Sun. True.......though he was a person we will always rember............
No, Aristotle believed that different objects fall at different rates of speed based on their weight. He thought that heavier objects fell faster than lighter objects. This view was later disproven by Galileo's experiments on gravity.
He got a car and did do
Galileo,thought wery badly.
i thought there waz gravity everwhere
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.
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.
Galileo changed history by expressing his idea that the Earth and all of the planets revolved around the sun. Before Galileo everyone thought that all objects in space revolved around the Earth. Galileo changed this, and put the idea of everything orbiting around the Sun. True.......though he was a person we will always rember............
Actually, Sir Isaac Newton was the one who formally described the concept of inertia in his first law of motion in the 17th century. Galileo did contribute to the understanding of motion and inertia by conducting experiments, but he did not coin the term or formally define it as Newton did.
On January 7, 1610, Italian astronomer Galileo Galilei discovered, using a homemade telescope, four moons orbiting the planet Jupiter. Looking at what he thought was a group of stars, he realized the objects appeared to move in a regular pattern.
Galileo Galile
he thought of it and guess what boom it appeared
Galileo thought the creation of new compounds must involve the rearrangement of atoms. According to Stephen Hawking, Galileo probably bears more of the responsibility for the birth of modern science than anybody else.