Answer:
Because of heavy mass
Explanation:
When force acts on a body it tends to accelerate the body. The acceleration produced in the body depends on two things:
1). Magnitude of force
2). Mass of the body
F= ma
⇒ a = F/m
As the force exerted on earth and another object are the equal in magnitude but opposite in direction. This forces will accelerate the object toward the earth but can't accelerate the earth as earth has very high mass.
a = F/m
This force tends to accelerate the earth but but due to earth's inertia the earth does not accelerate.
Answer:
Explanation:
No, the bungee jumper is not at equilibrium.
This can be explained when we consider a bungee jumper as a mass that is undergoing simple harmonic motion. At extreme points i.e. at the bottom, the velocity of the jumper is zero but not the acceleration because it is acting in the opposite direction that is why the jumper moves upward.
Answer:
The fraction of the total energy goes into kinetic energy of proton is 
Explanation:
Given:
Mass of proton 
Mass of electron 
kg
Here neutron at rest decays into proton and electron
⇄ 
Where 
energy released
The 
value of this reaction is given by
Where 
kinetic energy of reaction
Here we need to find fraction of the total energy released goes into the kinetic energy of the proton
Therefore, the fraction of the total energy goes into kinetic energy of proton is
Its probably a graduated cylinder of something in that nature
In order to create an electromagnet, you would wrap an insulated wire around a metal with ferromagnetic properties and apply electric current. Magnetic fields are made when entirely the electrons are turning in the same direction either as a natural phenomenon, in an artificially created magnet or when they are persuaded to do so by an electromagnetic field.
