What happens when two spheres of different masses are given a slight push?

Thread starter alchemphy
Start date Apr 19, 2007
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Mechanics Push

In summary, "Mechanics: A slight push" is a branch of physics that focuses on the study of motion and forces, specifically the effects of small forces on objects. Examples of this can be seen in everyday actions such as pushing a cart or throwing a ball. It differs from other branches of physics by its focus on small forces, and its key principles include Newton's laws of motion and concepts like inertia and momentum. This field is crucial to our understanding of the natural world and helps explain various phenomena such as planetary motion, bird flight, and particle behavior.

Apr 19, 2007

alchemphy

There are two spheres in contact in a row. The mass of the left one is m and the right is 2m. If there's a slight push of F to the right on the left ball. What would happen to the two balls?

Thanks!

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Apr 19, 2007

pixel01

What would happen depends on the spheres, or whether it is a hard or soft impact

Apr 19, 2007

alchemphy

It's purely elastic.

1. What is the definition of "Mechanics: A slight push"?

Mechanics: A slight push refers to the branch of physics that deals with the study of motion and forces, specifically the effects of a small or gentle force on an object.

2. What are some examples of "Mechanics: A slight push" in everyday life?

Some examples of "Mechanics: A slight push" in everyday life include pushing a cart, throwing a ball, or even walking. These actions involve applying a small force to an object to initiate motion or change its direction.

3. How is "Mechanics: A slight push" different from other branches of physics?

"Mechanics: A slight push" is specifically focused on the effects of small forces on objects, whereas other branches of physics may deal with larger forces or different aspects of motion and energy.

4. What are the key principles of "Mechanics: A slight push"?

The key principles of "Mechanics: A slight push" include Newton's laws of motion, which describe the relationship between forces and motion, as well as concepts such as inertia, acceleration, and momentum.

5. How is "Mechanics: A slight push" relevant to our understanding of the natural world?

"Mechanics: A slight push" is crucial to our understanding of how objects move and interact with each other in the natural world. It helps explain phenomena such as the motion of planets, the flight of birds, and the behavior of atoms and particles.