no it repels ha just joking i want to milk a cow now i want corn
Wool and cotton do not attract each other in the dryer. They are made of different fibers and have different properties, so they do not exhibit any special attraction towards each other. It is safe to dry them together in a dryer without any issues.
Yes, wool socks can build up a static charge due to their natural fibers, and this can cause them to attract other items such as a cotton shirt in the dryer. To prevent this, you can add a dryer sheet or a dryer ball to help reduce static electricity.
When a wool sock and a cotton shirt are dried together in a dryer, the wool sock may shrink due to its natural properties, while the cotton shirt is less likely to shrink. The differential shrinkage is due to the differences in fiber composition and structure between wool and cotton materials.
The crackling noise when separating a wool sock from a cotton shirt is due to static electricity. As the fabrics rub against each other in the dryer, they build up opposite electrical charges. When they are pulled apart, the charges release, creating the crackling sound.
Static electricity occurs when a sock is stuck to a blanket coming out of the dryer. This happens when two materials rub against each other, causing electrons to transfer and create a build-up of opposite charges. The sock and the blanket then attract each other due to their opposite charges.
Wool and cotton do not attract each other in the dryer. They are made of different fibers and have different properties, so they do not exhibit any special attraction towards each other. It is safe to dry them together in a dryer without any issues.
Yes, wool socks can build up a static charge due to their natural fibers, and this can cause them to attract other items such as a cotton shirt in the dryer. To prevent this, you can add a dryer sheet or a dryer ball to help reduce static electricity.
When a wool sock and a cotton shirt are dried together in a dryer, the wool sock may shrink due to its natural properties, while the cotton shirt is less likely to shrink. The differential shrinkage is due to the differences in fiber composition and structure between wool and cotton materials.
The crackling noise when separating a wool sock from a cotton shirt is due to static electricity. As the fabrics rub against each other in the dryer, they build up opposite electrical charges. When they are pulled apart, the charges release, creating the crackling sound.
Static electricity occurs when a sock is stuck to a blanket coming out of the dryer. This happens when two materials rub against each other, causing electrons to transfer and create a build-up of opposite charges. The sock and the blanket then attract each other due to their opposite charges.
It's called 'static electricity' ... certain fabrics are attracted to each other. This is because some of the clothes have gained electrons by rubbing against other clothes. The clothes losing electrons become positive. The negative clothes are attracted to the positive clothes.
When clothes come out of the dryer still warm, the fabric fibers are more susceptible to static electricity, which can cause them to cling together. This is due to the friction created as the clothes rub against each other in the dryer. Adding a dryer sheet or reducing the drying time can help reduce static cling.
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 in a clothes dryer is typically caused by the friction between clothes rubbing against each other and the dryer drum. The accumulation of static electricity can be exacerbated by over-drying, using too much detergent, or drying synthetic fabrics. Using dryer sheets or dryer balls can help reduce static in the dryer.
In the context of physics, yes. In this context, "repel" refers to two objects that push against each other, while "attract" refers to two objects that pull towards each other.
The force responsible for socks sticking together after being in a clothes dryer is static electricity. As the socks tumble and rub against each other, they build up a charge that causes them to stick together due to attraction.
A clothes dryer can generate static electricity due to the friction between clothes and the dryer drum or between clothes themselves. As the clothes tumble and rub against each other and the dryer, electrons can be transferred, leading to a buildup of static charge that discharges when you touch the clothes.