3 observation of galileo experiment
Answers
Answer:
it's your answer
Explanation:
When Galileo pointed his telescope at Jupiter, the largest planet in our solar system, he made a startling discovery. ... The planet had four "stars" surrounding it. Within days, Galileo figured out that these "stars" were actually moons in orbit of Jupiter.
Answer:
When no force acts on an item, Galileo inferred that it moves at a constant speed. Newton's first law of motion was founded on this principle.
Explanation
Galileo discovered that objects move at a constant pace when no force occurs on them by studying their motion on an inclined plane. He used the simple example of a stone rolling down an inclined plane, increasing its velocity.
Galileo's Interia explanation
A falling object, according to Galileo, gains the same amount of velocity in equal intervals of time. This also implies that as the speed decreases, it increases at a steady pace.
However, he ran into a problem when it came to testing this hypothesis. Galileo was unable to observe the object's free-falling motion since technology at the time was incapable of recording such high speeds. As a result, Galileo attempted to slow it down by substituting a ball or a marble rolling down an inclined path for the falling object. He assumed that a ball rolling down a ramp would speed up in the same way that a falling ball would since free-falling is fundamentally identical to a perfectly vertical ramp.