If the metal's temperature has equilibriated with the water, than the temperature of the system (water and metal) will be the same.
i think it is metal
Non-metals have lower boiling points than metals. A link can be found below.
A cup of boiling water since it has higher temperature. Note that heat transfer depends more on the temperature.
A metal has luster and conducts heat and electricity. Most of the elements are metals and plastic
This is different for different metals.
Metals have luster ,they are electric and heat conductors , moreover they have high melting and boiling points.This properties will distinguish it from nonmetals.
Since metals are conductors of heat, that means heat can be transferred to the metal, thus the metal does get hot.
Boiling a pot of water on the stove. The heat couldn't reach the water if it were not conducted through the metal pot.
'nothing, it's like putting a spoon in a hot soup' Wrong ^ As the metal spoon is a better conductor of heat than the air the hot water (or soup) and the spoon as a larger surface area with the air (or active sight) it transfers heat to the surrounding faster, thus cooling the hot liquid faster.
The physical properties of metals are luster, malleability, ductility, conductivity of heat and electricity, and high melting and boiling points.
i think it is metal
Non-metals have lower boiling points than metals. A link can be found below.
This depends on the metal, but for most metals, the answer is : heat the metal to red heat, then cool it slowly. This is called annealing. copper is one of the exceptions. To anneal it, get it red-hot then dunk it in cold water.
I think you are meaning HEAT -- and Mercury is a metal regardless that it is liquid - and most metals conduct heat (or electricity) better than water. Water absorbs heat a tremendous amount whereas metals conduct heat through themselves. Add: Mercury is actually a poor conductor of heat, but not as poor as water.
Metals are often hard. They conduct both heat and electricity. They often have high densities, high melting points, and high boiling points. And always loose electrons when bonding. Non-metals are the opposite of all the above characteristics.
Heat will flow from the boiling water into the ice cube.
The heat will flow from the boiling water to the block of ice.