The clothes themselves generally don't undergo any change of state (clothes made of certain polymers in a dryer may undergo a second-order state change by going through their glass transition temperature).
Drying clothes involves a physical change rather than a chemical change. The water present in the wet clothes evaporates when exposed to heat or air, changing its state from liquid to gas without undergoing a chemical reaction.
Drying wet clothes is a physical change because the water molecules on the clothes simply evaporate into the air, changing state from liquid to gas, without altering the chemical composition of the clothes themselves.
Drying clothes would be a physical change. The clothes themselves do not change either chemically or physically, so one needs to consider the removal or liquid water from the clothes. This is simply a phase change of H2O liquid to H2O vapor (steam). It is still H2O either way, so there is no chemical change. It would be a physical change.
Lighting a match is not a physical change because it involves a chemical reaction that produces heat and light, resulting in the transformation of the matchstick. Drying wet clothes and cutting snowflakes from paper are physical changes because they involve a change in appearance or state of matter without altering the chemical composition of the substances.
Gasoline evaporation is a physical process.
Drying clothes involves a physical change rather than a chemical change. The water present in the wet clothes evaporates when exposed to heat or air, changing its state from liquid to gas without undergoing a chemical reaction.
Drying wet clothes is a physical change because the water molecules on the clothes simply evaporate into the air, changing state from liquid to gas, without altering the chemical composition of the clothes themselves.
Drying clothes would be a physical change. The clothes themselves do not change either chemically or physically, so one needs to consider the removal or liquid water from the clothes. This is simply a phase change of H2O liquid to H2O vapor (steam). It is still H2O either way, so there is no chemical change. It would be a physical change.
Lighting a match is not a physical change because it involves a chemical reaction that produces heat and light, resulting in the transformation of the matchstick. Drying wet clothes and cutting snowflakes from paper are physical changes because they involve a change in appearance or state of matter without altering the chemical composition of the substances.
Drying (involving only the water evaporation) is a physical change.
A clothes dryer is an example of thermal energy because it uses heat to evaporate moisture from wet clothes, leading to their drying. The heat from the dryer helps increase the temperature of the clothes, causing the water molecules to change from liquid to gas state, and then venting out the moist air.
With a physical reaction, some of the substance changes, but the stubstance is still the same. A chemical reaction on the other hand, is hard to reverse. Physical: freezing of water, drying of clothes, mixing of iorn nails and sand Chemical: cooking of food
Sure. Just chuck it ion the water and it'll get wet again.
When wet clothes are heated, the water molecules on the fabric's surface begin to evaporate due to the increased temperature. This process causes the water to change from a liquid to a gas state, allowing it to escape into the air. The heat helps the water molecules break free from the fabric's surface and escape, resulting in the clothes drying.
Gasoline evaporation is a physical process.
Yes, drying corn kernels in sunlight is an example of a physical change because it involves a change in the state or appearance of the corn kernels without altering their chemical composition.
A washing machine washes laundry and usually spins them to a damp state it does not dry clothes. You need to hang them on a line to air dry or use a drying machine.