because
The heat from the iron travels to the shirt through conduction, where the hot iron comes into direct contact with the fabric and transfers heat energy. This heat causes the molecules in the fabric to vibrate and relax, smoothing out wrinkles.
Heat travels from the iron to the shirt through a process called conduction. The iron is hot because of its internal heating element, and when it touches the shirt, the molecules in the iron collide with the molecules in the shirt, transferring heat energy to smooth out the fabric and remove wrinkles.
The iron is hotter than the shirt Heat flows easily from higher temperature to lower temperature region. Iron is at high temperature and shirt is at lower temperature.
Heat travels from the iron to the shirt through a process called conduction. The iron is hotter than the shirt, so heat naturally flows from the higher temperature object to the lower temperature object. As the hot iron comes into contact with the shirt, the molecules in the shirt absorb the heat energy, causing them to move more rapidly and relax, thereby removing the wrinkles.
When you press an iron to a shirt, the electrical energy is converted into thermal energy. The heating element in the iron uses electricity to generate heat which is then transferred to the shirt, removing wrinkles and creating a smooth finish.
One possible way would be to carefully slide the shirt down your arms inside the jacket without fully removing it. This way, your shirt would be inside the jacket but still accessible.
Heat travels from the iron to the shirt through a process called conduction. The iron is hot because of its internal heating element, and when it touches the shirt, the molecules in the iron collide with the molecules in the shirt, transferring heat energy to smooth out the fabric and remove wrinkles.
The iron is hotter than the shirt Heat flows easily from higher temperature to lower temperature region. Iron is at high temperature and shirt is at lower temperature.
The iron is hotter than the shirt Heat flows easily from higher temperature to lower temperature region. Iron is at high temperature and shirt is at lower temperature.
To remove wrinkles from a non-iron shirt, you can use a handheld steamer, hang the shirt in the bathroom while showering to let the steam release wrinkles, or use a clothing iron on a low heat setting. It's important to follow the care instructions on the shirt to avoid damaging the fabric.
The iron is hotter than the shirt Heat flows easily from higher temperature to lower temperature region. Iron is at high temperature and shirt is at lower temperature.
The iron is hotter than the shirt Heat flows easily from higher temperature to lower temperature region. Iron is at high temperature and shirt is at lower temperature.
Heat travels from the iron to the shirt through a process called conduction. The iron is hotter than the shirt, so heat naturally flows from the higher temperature object to the lower temperature object. As the hot iron comes into contact with the shirt, the molecules in the shirt absorb the heat energy, causing them to move more rapidly and relax, thereby removing the wrinkles.
Yes better to remove shirt while doing gymastics.
throw your shirt in the bin
When you press an iron to a shirt, the electrical energy is converted into thermal energy. The heating element in the iron uses electricity to generate heat which is then transferred to the shirt, removing wrinkles and creating a smooth finish.
F you have a iron which is a hot metal plate on a handle thats how to get wrinkles out but if you don't have one of those wash it again and put the shirt in the drier on the wrinkle free setting
There are not many ways to remove letters from a football shirt. You can however try to steam iron them off.