What did Galileo do to disprove Aristotle's view of objects in motion?
Aristotle and Galileo also viewed motion differently.
Aristotle believed in the void, but he thought that the universe was a continuum. Galileo improved the conceptof inertia. Galileo didn believe that the ball stopped moving because it wanted to remain in its natural state. According to the theory of inertia, an object that is inertia will keep its motion.
Second, what did Galileo have to say about motion? Galileo found that all bodies accelerate at the exact same speed regardless of size or mass. His most important investigations include: the development of Motion as a concept of velocity (speed) and direction through the use inclined planes. The idea of force was developed as a cause of motion.
Also, know what Galileo discovered about falling objects
Galileo's experiment proved that all objects fell at the same speed, which proves his prediction.
How did Galileo prove all objects fall at the exact same rate?
Galileo Galilei dropped objects from Pisa's leaning tower to show that all objects can fall at the same speed, regardless of their mass. This is perhaps the most famous scientific experiment. Galileo used inclined planes to slow down the acceleration so that it could be measured.
What is Aristotle's theory of motion?
What is the difference between Galileo and Aristotle?
What is violent motion according to Aristotle?
Can a ball roll forever?
What are Newton's 3 laws?
Who came first Galileo or Aristotle?
What was Aristotle's contribution to the first law of motion?
What did Galileo conclude?
What did Aristotle believe about falling objects?
Who discovered free fall?
How did Galileo calculate gravity?
Did Einstein discover gravity?
What made Galileo important?
Do heavier objects fall faster?
What 3 things did Galileo discover?
- Craters and mountains on the Moon. The Moon's surface was not smooth and perfect as received wisdom had claimed but rough, with mountains and craters whose shadows changed with the position of the Sun.
- The phases of Venus.
- Jupiter's moons.
- The stars of the Milky Way.
- The first pendulum clock.
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