When a wet cloth is ironed, the heat from the iron causes the water in the cloth to evaporate, turning it into steam. The steam helps to relax the fibers in the cloth, making it easier to remove wrinkles and creases. It also helps to set the shape of the fabric as it cools down.
When a wet piece of cloth is shaken, the water molecules clinging to the cloth are disrupted, causing them to be released into the air as tiny droplets. This process is called atomization and is why you may feel water droplets on your skin or in the air when shaking a wet cloth.
If you shake it slowly nothing happens. When a wet piece of cloth is heavily shaken , the reaction makes the tiny particles of water in the fabric to jump away.(Newtons third law.) It is similar to beating a carpet, the dust jumps up
When you shake a wet piece of cloth, the water molecules on the surface form droplets due to the force of the shaking motion. The centrifugal force created by the shaking causes the water droplets to be thrown off the cloth, making it dry faster.
No, wet cloth is not stronger than dry cloth. When cloth gets wet, it may become more pliable but it also loses some of its structural integrity, making it weaker overall.
When a wet cloth it jerked the water on it is given kinetic energy. When you stop the movement of the wet cloth by not letting go of it some of the water keeps propelling forward with the energy it was given and does thus not stay on the cloth.
When a wet piece of cloth is shaken, the water molecules clinging to the cloth are disrupted, causing them to be released into the air as tiny droplets. This process is called atomization and is why you may feel water droplets on your skin or in the air when shaking a wet cloth.
So what is the question .
If you shake it slowly nothing happens. When a wet piece of cloth is heavily shaken , the reaction makes the tiny particles of water in the fabric to jump away.(Newtons third law.) It is similar to beating a carpet, the dust jumps up
When a wet handkerchief is ironed, the heat from the iron causes the water molecules in the fabric to turn into steam. This steam evaporates from the fabric, carrying away the moisture and drying the handkerchief.
When you shake a wet piece of cloth, the water molecules on the surface form droplets due to the force of the shaking motion. The centrifugal force created by the shaking causes the water droplets to be thrown off the cloth, making it dry faster.
The affect of the iron wont be there. How about you try to get a old t-shirt and try it.
No, wet cloth is not stronger than dry cloth. When cloth gets wet, it may become more pliable but it also loses some of its structural integrity, making it weaker overall.
Wet tee-shirt contest
The cotton bols are harvested and then carded to align fibres and remove cotton seeds. The fibres are then spun into cotton thread by twisting the fibres around each other in a spinning machine. The threads are then loaded on to a weaving frame and woven into cloth. The cloth is washed, bleached and ironed.
When a wet cloth it jerked the water on it is given kinetic energy. When you stop the movement of the wet cloth by not letting go of it some of the water keeps propelling forward with the energy it was given and does thus not stay on the cloth.
Water can be evaporated from a wet cloth by heat so that the water rises into the air and the cloth stays without liquid (solvent) inside it.
a wet cloth