Electric force between electric charges where as the gravitational force is between the masses.
Electric force is of two types both attractive and repulsive as like charges repel and unlike charges attract.
But gravitational force is of only attractive.
Electric force between electric charges. So the constant of proportionality has the electric permittivity property.
But in case of gravitation, universal gravitation constant plays the equivalent role. It will be the same irrespective of the medium. In case of electric field, permittivity of the medium differ from each other.
THe weakest force is the gravitational force where as the electric force would be comparativeley larger.
Relatively moving electric field would bring magnetic field. But moving gravitational field does not produce any such field.
The electrical force is typically stronger than the gravitational force. On atomic scales, the electrical force dominates interactions between charged particles whereas the gravitational force becomes more significant on larger scales such as celestial bodies. In particle physics, the electrical force is found to be significantly stronger than gravity.
It is the gravitational force. Mostly gravity and static friction. Friction is a manifestation of the electromagnetic force.
The force of gravity between two masses is always attractive, proportional to the product of the masses and inversely proportional to the square of the distance between them. In contrast, the electric force between two charges can be attractive or repulsive, depending on the signs of the charges, and is proportional to the product of the charges and inversely proportional to the square of the distance between them.
Comparable with what? You can compare the electrical force with other forces. For example, if you compare it with gravity, it turns out that both are inverse-square laws. While gravity acts on ANY mass, the electrical force only acts on electrically charged objects. And while gravity is always attractive, the electrical force can be both attractive and repulsive.
Gravity Friction Tension Normal force Magnetic force Electrical force
Electrical can either attract or repel - gravity can only attract.
The electrical force is typically stronger than the gravitational force. On atomic scales, the electrical force dominates interactions between charged particles whereas the gravitational force becomes more significant on larger scales such as celestial bodies. In particle physics, the electrical force is found to be significantly stronger than gravity.
It is the gravitational force. Mostly gravity and static friction. Friction is a manifestation of the electromagnetic force.
The force of gravity between two masses is always attractive, proportional to the product of the masses and inversely proportional to the square of the distance between them. In contrast, the electric force between two charges can be attractive or repulsive, depending on the signs of the charges, and is proportional to the product of the charges and inversely proportional to the square of the distance between them.
gravity is pulling the rock materials down by its force but agents of erosion is changing of rocks
Comparable with what? You can compare the electrical force with other forces. For example, if you compare it with gravity, it turns out that both are inverse-square laws. While gravity acts on ANY mass, the electrical force only acts on electrically charged objects. And while gravity is always attractive, the electrical force can be both attractive and repulsive.
Gravity Friction Tension Normal force Magnetic force Electrical force
Gravity is a non-contact force that acts at a distance between two objects with mass. Contact forces, such as friction and normal force, require physical contact between objects. Magnetic force, electrical force, and air resistance also act without physical contact between objects.
Gravity. Well, the strong nuclear force and the electromagnetic force can pull matter together, but electrical and magnetic forces can also repel. Gravity always attracts. This particular question is pretty obviously about gravity.
Field forces. For Example, gravity and electrical forcesgravitymagneticelectro-staticstrong nuclearweak nuclearanti gravity (hypothetical)
Yes because electrical force acts in all directions, whereas gravity is only directed downward.
Gravity balanced by electricity refers to a hypothetical scenario where the force of gravity acting on an object is counteracted or balanced out by the electrical force exerted on the object. In this context, electricity would need to provide an equal and opposite force to counteract the pull of gravity, resulting in the object remaining in a state of equilibrium.