Electrostatic force is responsible for both the formation of ionic bonds and static cling. In ionic bonds, this force attracts oppositely charged ions together to form a bond. In static cling, the force causes objects with opposite electrical charges to be attracted to each other.
Static electricity is responsible for socks sticking together after being in a dryer. When the socks rub against each other during the drying process, electrons transfer from one sock to the other, creating a temporary electric charge that causes them to cling together.
No, the weak nuclear force is one of the four fundamental forces of nature that governs interactions at the subatomic level, particularly in processes like radioactive decay. Static cling, on the other hand, is a phenomenon related to the electromagnetic force, which is a different fundamental force responsible for interactions between charged particles.
Rubbing a balloon on your hair creates an electrostatic force that causes the balloon to stick to objects. Lightning is an example of the electrostatic force between clouds and the ground that results in a discharge of electricity. Static cling occurs when clothes come out of the dryer with an electrostatic charge, causing them to stick together.
Clothes stick together in the dryer due to static electricity that is created when the clothes rub against each other during the spinning process. This static charge can cause the fabrics to attract and cling to each other. Adding a dryer sheet or using dryer balls can help reduce static and prevent clothes from sticking together.
Electricity is the force of what causes static cling in a dryer.
Electrostatic force is responsible for both the formation of ionic bonds and static cling. In ionic bonds, this force attracts oppositely charged ions together to form a bond. In static cling, the force causes objects with opposite electrical charges to be attracted to each other.
Static electricity is responsible for socks sticking together after being in a dryer. When the socks rub against each other during the drying process, electrons transfer from one sock to the other, creating a temporary electric charge that causes them to cling together.
No, the weak nuclear force is one of the four fundamental forces of nature that governs interactions at the subatomic level, particularly in processes like radioactive decay. Static cling, on the other hand, is a phenomenon related to the electromagnetic force, which is a different fundamental force responsible for interactions between charged particles.
No, static cling is not an example of Newton's Law of Gravity. Static cling is a phenomenon that occurs due to static electricity, while Newton's Law of Gravity describes the force of attraction between two masses due to gravity.
That is the static charge, which make a paper clip cling to a comb.
Friction is the force that causes static charge
Rubbing a balloon on your hair creates an electrostatic force that causes the balloon to stick to objects. Lightning is an example of the electrostatic force between clouds and the ground that results in a discharge of electricity. Static cling occurs when clothes come out of the dryer with an electrostatic charge, causing them to stick together.
Clothes stick together in the dryer due to static electricity that is created when the clothes rub against each other during the spinning process. This static charge can cause the fabrics to attract and cling to each other. Adding a dryer sheet or using dryer balls can help reduce static and prevent clothes from sticking together.
Static electricity.
static electricity? dont really understand what exactly u mean
Surface tension is the force that causes water drops to cling to one another. Water molecules on the surface of a drop are attracted to each other, creating a thin layer of water that holds the drops together.