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Objects move in circles on one giant sphere, with Earth at the center.
He had a incorrect observation. Objects move in elliptical orbits on one giant sphere, with the sun at the center :)
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How did Aristotle explain the way that objects in the universe move?
Objects move in circles on one giant sphere, with Earth at the center.He had a incorrect observation. Objects move in elliptical orbits on one giant sphere, with the sun at the center :)
What are the 2 types of motion according to Aristotle?
According to Aristotle, the two types of motion are natural motion and violent motion. Natural motion is the inherent tendency of objects to move towards their natural place in the universe, while violent motion is the result of an external force acting upon an object to cause it to move.
What was greek astronomer Aristotle's theory?
Aristotle believed that the Earth was stationary at the center of the universe and that the Sun, Moon, planets, and stars all revolved around it in circular orbits. This geocentric model dominated Western thought for centuries until the heliocentric model proposed by Copernicus gained acceptance.
Why do object move according to Aristotle?
Aristotle believed that objects move because they are trying to reach their natural resting place. He proposed that heavy objects move downwards because that is their natural place, while lighter objects move upwards. Additionally, he thought that objects continued to move until they reached a state of rest.
How did the astronomy of Hipparchus and Ptolemy violate the principles of Plato and Aristotle?
He was the first person to explain why the sun and stars move across the sky
Early studies on the causes of motion?
Aristotle who first to analyze and observe the causes of motion. He observe that when an object was push or pull the object will continue to move and whenthe an object was not push or pull the object will remain at rest. this observation was consider but when Galileo experimented that when an object was at rest if will remain atrest and when an object was move it will continue moved from one place to another. khimche :)
Is it true or false If you move an object from place to place in the universe the weight of the object will stay the same?
False. The weight of an object can change depending on its location in the universe due to variations in gravitational force. Weight is a measure of the force of gravity acting on an object, and this force can differ in different locations.
How did Galileo Aristotle's assertion that a force is needed to keep objects moving?
Galileo came up with the idea of inertia. Not taking Aristotle's view that an object must have a force acting on it to keep moving, Galileo said that an object would move continuously in a straight line as long as no outside forces acted on it.
What was Aristotle's theory of motion?
Aristotle beleived that motion involved a change from potentiality to actuality. He proposed that the speed at which two identically shaped objects sink or fall is directly proportional to their weights and inversely proportional to the density of the medium through which they move.
What is the contribution of Aristotle in force?
Aristotle's contribution to force was primarily in the realm of philosophy and physics, where he developed the concept of natural motion and violent motion. He believed that objects had a natural tendency to move towards their proper place in the universe, and that an external force was required to cause violent motion. Aristotle's ideas on force laid the foundation for later developments in classical mechanics.
What is the aristotle theory of motion?
Aristotle's theory of motion is based on the idea that objects naturally move towards their "natural place" in the universe. He believed that everything in the cosmos is composed of a combination of the four elements (earth, water, air, fire), each of which has its own natural place. Objects move as a result of their tendency to reach their natural place.
How does the object move?
The object moves based on the forces acting upon it, such as gravity, friction, or applied forces. The object's motion is described by its position, velocity, and acceleration as it interacts with its environment. The laws of motion, such as those formulated by Newton, help to explain and predict how objects move.
