The average energy per particle will decrease in this case.
If you drop a magnet, you can potentially make it lose some of its magnetism. Striking it with a hammer, exposing it to electric charges, and extreme temperature changes (rapid temperature change from freezing to boiling for example) can affect its magnetism.
You can move it, heat it, bend it, stretch it, squish it, drop it, annihilate it... Anything you do, you do to matter.
it gets winder and and the wind makes it cold
A drop in air temperature.
It will lose its magnetic field. The vibrations made from the drop charge the electrons and make them move out of the line that they were in, this causes the magnet to lose its magnetism.
Neon is a gas at room temperature; it is liquid in a range of only 2,5 0C.
The cold floor can make you feel uncomfortable because it causes your body to lose heat, which can lead to a drop in your core body temperature. This can trigger a physiological response that makes you feel cold and uncomfortable. Additionally, the sensation of cold on your feet can also affect your overall comfort and well-being.
Always try simple first...thermostat is probably stuck open...cheap and easy replacement.
It's amusing sometimes reading what some people percieve to be possible. If you want to "drop" a breast size, get breast reduction surgery. There is no special cream or exercise that you can do to lose your breasts. If you've got a bit of extra weight, then you might drop a size if you lose weight, as alot of fatty tissue is stored in your breasts.
Look up diets on the internet or ask a doctor. Some diets could actually make you gain weight instead of lose. That is why you need to look for a diet that will work with your body and not against it.
Thanks to the property that a conductor's resistance is influenced by temperature (mainly, it increases accordingly). This property is specifically extended in materials used to construct such diodes. It is important to remember that silicon does not a semiconductor device make. It takes layers of semiconducting material (with the occasional isolator) and impurities specifically included into the mix to alter the device's behavior.
The state of a sample of matter (solid, liquid, gas) depends on its temperature and pressure. When temperature increases, matter transitions from solid to liquid to gas. Pressure can also influence these transitions, such as changing the point at which a substance boils or freezes.