If each balloon were given the opposite charge, the balloons would attract each other instead of repelling. They would come together and possibly stick together, forming a cluster or a chain depending on the arrangement of the balloons in the original photograph.
A balloon may stick to an easel if it has been charged with static electricity. Material objects are made of atoms which contain an equal amount of protons (positive) and electrons(negative), meaning that they are normally electrically neutral. If two materials come into contact, though, electrons may move from one object to the other, thus leaving a surplus of positive charge on one object and a negative charge of the same amount on the other. This charge imbalance is retained when the materials separate.Protons and electrons are opposite charges and attract each other (and same charges repel). So if you rub a blown-up balloon on your jumper and put it up against an easel, it will stick because you have given it more electrons (negative charge) than the positively charged easel.
In English, it is spelt 'balloon'. In French, it is 'ballon'.it's balloon
To calculate charge density in a given system, you divide the total charge by the volume of the system. This gives you the amount of charge per unit volume, which is the charge density.
The point charge is positioned outside the cube in the given figure.
To determine the charge density in a given system, you can divide the total charge by the volume of the system. This will give you the charge density, which represents the amount of charge per unit volume in the system.
A particle with the same mass but with an opposite electrical charge of a particular known particle is called an Antiparticle. For example, the antiparticle of the electron is a positron, with equal mass but opposite charge.
A balloon may stick to an easel if it has been charged with static electricity. Material objects are made of atoms which contain an equal amount of protons (positive) and electrons(negative), meaning that they are normally electrically neutral. If two materials come into contact, though, electrons may move from one object to the other, thus leaving a surplus of positive charge on one object and a negative charge of the same amount on the other. This charge imbalance is retained when the materials separate.Protons and electrons are opposite charges and attract each other (and same charges repel). So if you rub a blown-up balloon on your jumper and put it up against an easel, it will stick because you have given it more electrons (negative charge) than the positively charged easel.
During the image transfer phase of printing, the paper is given a charge that is opposite to that of the toner particles. This helps to attract and transfer the toner from the photoconductor drum to the paper.
No, it is not possible if the body is of a fixed dimension and the charges are electrostatic. The potential of a body is directly proportional to the charge on it. If the body is experiencing decreasing potential, it is because charges are being transferred. The charge is changing to effect the change of potential. If a given electrostatic potential is assigned to a balloon, and charges are being transferred as air is let out of the balloon, it is possible to achieve a decrease of potential while maintaining a constant charge density on the surface of the balloon, but that's afield of the question. Charges must be transferred to effect any change in potential, so overall charge will change as potential changes in a body under consideration.
The opposite of receive can be send (a reverse transfer), or the opposite could be deliver (the other action).The opposite of receive (be a recipient) is to give (be a donor).The opposite of receive is give.
given
In English, it is spelt 'balloon'. In French, it is 'ballon'.it's balloon
electrons are transferred from your hair to the balloon . so ballon gets a negative charge . so there is a transfer of energy when you rub your hair with balloon and static electricity is producedP.S. : HAIR SHOULD BE DRY
The answer is given opposite.
Earthrise is the name given to a photograph of the Earth taken by astronaut ... Rowell called it "the most influential environmental photograph ever taken
the antonym :)
To calculate charge density in a given system, you divide the total charge by the volume of the system. This gives you the amount of charge per unit volume, which is the charge density.