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If two balloons are rubbed against the same material, they will acquire the same type of charge, either both positive or both negative. However, if one balloon is rubbed against a different material, it may obtain a charge opposite to that of the other balloon. Thus, the charges on the balloons depend on the materials used during the rubbing process.
It's due to static electricity build up. The balloons have become charged with electricity and it is the same charge on both balloons (either positive or negative). Opposite charges attract, identical charges repel each other.
Balloons typically acquire the same type of charge when they are rubbed against a surface, such as hair or fabric, due to the transfer of electrons. For example, if a balloon becomes negatively charged by gaining electrons, other balloons rubbed in the same manner will also become negatively charged. As a result, like charges repel each other, causing the balloons to push away from one another. If balloons are rubbed against different materials, they may acquire different charges depending on the properties of the materials involved.
The opposition to the movement of charges flowing through a material is called resistance. It is a property that determines how strongly a material resists the flow of electric current.
Negative charges on one material are commonly referred to as "static electricity." This occurs when there is an imbalance of electrons, leading to a buildup of negative charge in that material. When this charged material comes into contact with another object, it can create an electric discharge or attract opposite charges. This phenomenon is often observed in everyday situations, such as when rubbing a balloon on hair.
If two balloons are rubbed against the same material, they will acquire the same type of charge, either both positive or both negative. However, if one balloon is rubbed against a different material, it may obtain a charge opposite to that of the other balloon. Thus, the charges on the balloons depend on the materials used during the rubbing process.
When two balloons with a negative charge are brought near each other, they will repel each other because like charges repel. This is because the negative charges on the balloons have a mutual force of repulsion, causing them to push away from each other.
By rubbing the balloons on your hair or clothing, you can create a static electric charge on the surface of the balloons. Since like charges repel and opposite charges attract, the balloons will become attracted to each other due to the opposite charges on their surfaces.
The balloons would repel each other due to like charges. Like charges repel each other according to the principle of electrostatic force. This is because the negative charges on both balloons create a force that pushes the balloons away from each other.
You then have two balloons in very nearly the same place.
When two charged balloons are brought close together, they will either repel each other if they have like charges or attract each other if they have opposite charges. This is due to the electrostatic force between the charges on the balloons.
When two balloons both have a negative charge, they will repel each other due to the like charges. The negative charges on each balloon will create an electrostatic force that pushes the balloons away from each other.
Like (same) charges repel.
The balloons likely have the same charge, causing them to repel each other due to the electrostatic force. This repulsion is a result of like charges (positive or negative) creating a force that pushes the balloons apart.
When the balloons rub against the sweater, they pick up extra electrons, giving them a negative charge. Similar charges repel each other, so the negatively charged balloons are attracted to the positively charged areas on each other. This causes the balloons to stick together momentarily due to electrostatic forces before the charges eventually spread out and they separate.
It depends on whether the charges are like or opposite, and how strong they are.
No, balloons rubbed with wool cloth will have opposite charges. The balloon becomes negatively charged by gaining electrons from the wool cloth, while the wool cloth becomes positively charged by losing electrons to the balloon. This results in the balloons having different charges.