Can 2 Balls Having The Same Kind Of Charge Attract Each Other? The answer to this question is** yes, they can!** This is because when two balls have the same kind of charge, they will attract each other.

**No, they will have different massses**.Jun 27, 2022

## Can the same charges on the same object attract?

No, same charges can never attract. It is the fact that opposite charges will attract and same charges will repel. If 2 balls have same charge on them than they will never attract each other rather they will repel each other.

## Can two like charged bodies experience mutual force of attraction?

However , two like charged bodies can experience mutual force of attraction due to the induction of opposite charge on the closer side of one body due to another . Hope that helps !

## Can two similar bodies interact with each other with electrostatic force?

YES, TWO SIMILARLY CHARGED BODIES CAN ATTRACT EACH OTHER WITH ELECTROSTATIC FORCE. This can be true when one body is too much greater in size and charge density than the other.

## When do two bodies attract each other?

When the charge on one body is much larger than the other one .In that case the charge induced on the second body is much larger and this produces a resultant charge of opposite nature after neutralising the actual charge on the second body.After this the two bodies carries opposite charges and a result of this they attract each other.

## Why don't protons fly apart?

## What are the results of quantum fields?

## What are the fields of special relativity?

## What are the force fields of integer spin?

## Can a magnet attract from a circle?

## Is the charge by mass ratio of both likely charged bodies tending to zero?

## Do charges that have the same sign repel each other?

## See 2 more

## About this website

## Does same charge attract?

According to this classical law, particles with like charges repel and those with unlike charges attract.

## Can two bodies charged with same nature attract each other?

The interaction between two like-charged objects is repulsive. The interaction between two oppositely charged objects is attractive.

## Can two positive charges attract each other?

Solution : (a) yes. Two bodies are placed close to each other where one has much more charge than the other. Then due to induction, force of attraction becomes more than force of repulsion.

## What will happen if two charges attract each other?

The two charges repel each other. If a positive charge and a negative charge interact, their forces act in the same direction, from the positive to the negative charge. As a result opposite charges attract each other: The electric field and resulting forces produced by two electrical charges of opposite polarity.

## Why do same charges repel each other?

Similarly, the two particles possessing same charge become more unstable near each other, therefore to gain stability they try to repel each other and move away from each other's affinity.

## What would happen if two identical bodies of opposite charges come in contact?

In conduction, two bodies are brought in contact and charge flows occurs. When the bodies are oppositely charged, charge flow occurs such that bodies are left neutral after the contact. Since both the bodies are neutral they do not feel any electrical force.

## Can two negative charges attract each other?

Like charges repel each other; unlike charges attract. Thus, two negative charges repel one another, while a positive charge attracts a negative charge.

## Can a negative charged balloon attract a neutrally charged wall?

When the balloon has been rubbed enough times to gain a sufficient negative charge, it will be attracted to the wall. Although the wall should normally have a neutral charge, the charges within it can rearrange so that a positively charged area attracts the negatively charged balloon.

## When similarly charged bodies are brought near they will show?

Assertion: Two similarly charged bodies may attract each other. Reason: When charge on one body (Q) is much greater than that on another (q) and they are close enough to each other, then force of attraction between Q and induced charges exceeds the force of repulsion between Q and q.

## Do positive and positive charges attract?

Opposite charges attract each other (negative to positive). Like charges repel each other (positive to positive or negative to negative). Most of the time positive and negative charges are balanced in an object, which makes that object neutral.

## Which of the following statements is correct is two charges attract each other?

A positive charge and a negative charge attract each other. - Statement is true , unlike charges attract each other.

## Is it possible that in any case two neutral bodies attract each other?

Neutral bodies attract each other this is because in some objects electron are free to move and transform the charge from positive to negative.

## Can two negative charges attract each other?

Like charges repel each other; unlike charges attract. Thus, two negative charges repel one another, while a positive charge attracts a negative charge. The attraction or repulsion acts along the line between the two charges.

## Can a charged body attract a neutral body?

"A charged body can attract a neutral body".

If there is attraction between two bodies then one of them may be neutral. but if there is replusion between two bodies, both must be charged (similarly charged). So "repulsion is the test of electrification".

## Answer

Question: Can two balls, both carrying same type of charge, be attracted to each other?

## New questions in Physics

Oxygen gas (O2) dissolves in water (H20) to a certain extent. Explain how a watemolecule interacts with an oxygen molecule. Name the type of intermole …

## When the charge on one body is much larger than the other one, what happens?

When the charge on one body is much larger than the other one .In that case the charge induced on the second body** is much larger ** and this produces a resultant charge of opposite nature after neutralising the actual charge on the second body.After** this the two bodies carries opposite charges and a result of this they attract each other. **

## Which is stronger, nuclear interaction or electrostatic interaction?

The attractive strong nuclear interaction inside the nuclei is 1-2 orders of magnitude stronger than the repulsive** electrostatic ** interaction which is what keeps the nuclei together despite the repulsive electrostatic force.

## Why does electrostatic force repel each other?

It is one of the intrinsic properties of charges the electrostatic force between two positive or two negative charge will always repel each other** because their lines of force repels **

## How many electrons are there in a coloumb?

We consider** two ** electrons so there charges are 1.6×10^ (-19)coloumb and having masses 9.11×10^ (-31)kg

## Is there an attraction between protons?

There is an** electrostatic repulsion ** between the protons in the nucleus. However, there is also an attraction due to another kind of force besides electromagnetism, namely the so-called " strong nuclear interaction".

## Can protons bind together?

The nucleus on the other hand has a different story altogether.** The protons there aren't bind together ** by gravita**tional ** forces after overcoming the electrostatic force. You will need knowledge of higher studies to understand this one.

## Can two charged bodies attract each other?

**YES, ** TWO** SIMILARLY CHARGED ** BODIES CAN ATTRACT EACH OTHER WITH ELECTROSTATIC FORCE.

## Why don't protons fly apart?

Also, conceivably another force could outweigh the force of repulsion caused by like charges. This is why protons in a nucleus don’t fly apart; the attractive strong nuclear force overwhelms the repulsive coulomb force.

## What are the results of quantum fields?

**Particles and forces ** are now understood to be the result of fields. Quantum fields to be exact. A field is a mathematical object that takes a value at every point in space and at every moment of time. Quantum fields are fields that carry energy and momentum and obey the rules of quantum mechanics. One consequence of quantum mechanics is that a quantum field carries energy in discrete "lumps". We call these lumps particles. Incidently this explains why all particles of the same type (e.g. all electrons) are identical: they are all lumps in the same field (e.g. the electron field).

## What are the fields of special relativity?

The fields take values in different kinds of mathematical spaces that are classified by special relativity. The simplest is a scalar field. A scalar field is a simple number at every point in space and time. Another possibility is a vector field: these assign to every point in space and time a vector (an arrow with a magnitude and direction). There are more exotic possibilities too. The jargon term to classify them all is spin, which comes in units of one half. So you can have fields of spin 0,12,1,32,2,⋯. Spin 0 are the scalars and spin 1 are the vectors.

## What are the force fields of integer spin?

These are the force fields; the corresponding particles are the** force carriers. ** Examples: spin 0 Higgs, spin 1 photons, weak force particles W±,Z, and the strong force carriers the gluons, and spin 2 the graviton, carrier of gravity. (This fact and the previous one are called the spin-statistics theorem.)

## Can a magnet attract from a circle?

Well** yes ** they can but it would be a verry weak attraction. They can attract from every part of the circumference of the particles circles. But that' highly ineffcient with out a electrons oposite spin. And the particles would need to be already quite close together. Maybe even adjacent. But odds are any electromagnetic flows near by would overwhelm this attraction effectivey making this attraction potential null and void.

## Is the charge by mass ratio of both likely charged bodies tending to zero?

the charge by mass ratio of both likely charged bodies is tending** to zero **.

## Do charges that have the same sign repel each other?

**No. Charges that have the same sign always repel each other. **

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