Because it is a heat conductor and have a greater heat capacity
because it conducts the heat
Because the heat is tranferred through conduction the metal conducts heat better
A conductor is usually a metal and works fast conducting heat A insulator is usually non - metal
A metal
That really depends on the material. Many forks are made out of metal. When they are shiny, they are most likely out of metal. In that case, they are good conductors of both heat and electricity. If they are made out of plastic, they are not good conductors.
yes every conductor heat up fast
If something is a good conductor of heat, it heats up faster and loses heat at a slower rate.
The answer lies in a property called "specific heat". Specific heat describes the amount of energy needed to raise a material's temperature by one degree. Metal has a low specific heat, so it warms up fast and cools fast. Wood has a higher specific heat, so these processes are slower. In both cases, heat (energy) is transferred from your hand to the wood/metal, but since this happens faster with metal, it feels colder.
The can is made of metal and metal conducts heat easily, so it loses heat fast too.
It is metal because it absorbs heat and the heat heats up whatever you are cooking
Not very fast at all !!
This vacuum is typically used to heat up metal. A vacuum furnace can reach a temperature of over 2,500 degrees. This furnace heats up fast but can cool itself off even faster.
Metal cools as fast as it heats. Wood retains the heat better .
They are conductors of heat They are conductors of heat They are conductors of heat
A conductor is usually a metal and works fast conducting heat A insulator is usually non - metal
Heat it up and hit it with a hammer
They heat up frozen food.
Friction.
Not if the can is metal.