# Why the positively charged balloon is also attracted to the neutral wall?

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## Would a charged balloon be attracted to a neutral surface like the wall?

A neutral object will be attracted to any charged object, whether + or -. In this case, the object attracts both + balloons and – balloons. Only a neutral object could do this.

## What happens when a positively charged balloon is attracted to the wall?

It is the attraction between the positively charged area of the wall and the negatively charged balloon that results in the balloon “sticking” to the board. Over time, electrons will transfer from the balloon to the wall, causing the balloon to become uncharged and fall to the floor.

## Why is a balloon attracted to the wall?

Why does this happen? When you rub the balloon, you’re covering it with little negative charges. The negative charges are attracted to the positive charges that are in the wall. That’s why the balloon ‘sticks’ to the wall.

## Why positive and negative charge attract each other?

Inside an atom are protons, electrons and neutrons. The protons are positively charged, the electrons are negatively charged, and the neutrons are neutral. Therefore, all things are made up of charges. Opposite charges attract each other (negative to positive).

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## Does neutral repel neutral?

But a neutral object does not have a net charge, so it cannot separate the charges in another neutral object.

## What makes the balloon more attractive compared to it being less attractive?

Objects made of rubber, such as the balloon, are electrical insulators, meaning that they resist electric charges flowing through them. … When the balloon has been rubbed enough times to gain a sufficient negative charge, it will be attracted to the wall.

## Why do the balloon the sweater and the wall have equal positive and negative charges?

When you rub a balloon on a sweater, for example, some electrons come off and end up on the balloon. … Since electrons have a negative charge, the balloon now has a negative charge. But the sweater fibers lost some of their electrons, so now the fibers have a positive charge (they have more protons than electrons).