The water absorbs more heat from the room initially because water has a higher specific heat capacity than the metal pan. This means it takes more heat energy to raise the temperature of water compared to the metal pan. However, over time, both the pan and water will eventually reach the same temperature as the room.
The magnet sticks to the refrigerator because the metal surface of the refrigerator is ferromagnetic, meaning it can be magnetized. When the magnet comes into contact with the metal, the magnetic domains within the metal align with the magnetic field of the magnet, creating an attraction that causes the magnet to stick.
The magnets in a refrigerator are typically found on the front or side doors. People use them to attach notes, photos, or other small items to the refrigerator. Magnets stick to the metal surface of the fridge due to magnetic attraction.
Paper does not burn when in contact with metal because metal is a good conductor of heat. When the heat is applied to the metal, it quickly dissipates and does not get transferred to the paper in sufficient quantity to ignite it. Additionally, the low melting point of paper prevents it from catching fire when in contact with hot metal.
A magnet sticks to a refrigerator because the metal of the fridge is ferromagnetic, meaning it can be magnetized. When a magnet is pressed against the fridge, it creates a magnetic field that aligns with the refrigerator's magnetic field, causing the two to stick together.
A refrigerator magnet holds a message on the refrigerator door by creating a magnetic field that attracts to the metal surface of the fridge. The magnet's force is strong enough to overcome the force of gravity, allowing it to hold the message in place.
They magnetic and magnets are attracted to metal objects. since the refrigerator has metal in it the magnet sticks to it.
of course....you big silly its made of metal
help metal
The refrigerator isn't actually a magnet, it it simply made of metal which magnets can then stick to.
by plastic and metal.
Yes, the metal detectors have been removed from the premises.
When you touch a metal ice tray that has just been removed from the refrigerator, condensation forms on the surface causing your finger to stick. The moisture acts as a sort of adhesive, creating a temporary bond between your finger and the cold metal surface. This effect is due to the difference in temperature between the metal tray and your warm finger.
You can put metal in the refrigerator but not in the microwave where it could cause a fire.
It is metal because it absorbs heat and the heat heats up whatever you are cooking
The metal detectors were removed from the house because they were no longer needed for security purposes.
metal
Palladium sheets