Steel and copper are both metals, but copper is the best conductor.
That is NOT correct. Copper conducts heat better than steel.
It has a higher resistance to the flow of electricity. Pushing a current through it will create heat. Tungsten is only about 3 times the resistance of copper per same cross sectional area and length. Copper will heat up as well given enough current. If you think about a 60 Watt incandescant bulb operating at 120 VAC it draws 1/2 an amp and the metal filament must be 240 ohms in resistance. If you examine the filament you'll see it is a coil of wire so that the required length can fit into smaller space. If the filament were made of copper you would need 3 times the length of wire to get the same resistance.
copper
No, copper heats up faster than aluminum because copper has higher thermal conductivity. This means it can transfer heat more efficiently leading to faster heating.
Steel and copper are both metals, but copper is the best conductor.
Tungsten has a higher melting point than copper, making it more resistant to heat. When an electric current passes through tungsten, the high resistance causes it to heat up and emit light. Copper, on the other hand, has lower resistance and does not heat up or emit light as significantly when used in electrical applications.
That is NOT correct. Copper conducts heat better than steel.
Copper heats faster than water because copper is a better conductor of heat. This means that heat can move more quickly through copper compared to water, which is a poor conductor of heat. So, if you apply heat to both copper and water at the same time, the copper will heat up more rapidly.
Materials that heat-up faster are known as conductors. Silver, Copper, Gold and Aluminium are some conductors that have the ability to transfer heat.
aluminum is the best, then copper then stainless steel
Copper's conductivity properties are based on its electronegativity. Generally, all metals must have low electronegativity and ionization energies. But all metals do not have the same electronegativity levels.
The layers at the bottom of stainless steel cookware provides better heat conduction (heat spread evenly) and durability. Aluminium-base takes longer time to heat up but retains cooking temperature longer while copper-base is quickly in heating up and cooling down.
Copper is a better conductor of heat than steel.
copper aluminium iron and steel is an excellent conductor of electricity and heat is one of the properties of copper aluminium iron and steel and it is used in conducting electricity.
Copper is a much better conductor of heat than steel. This is why stainless steel cookware is clad in copper; it gets the heat in more effectively. Regarding a copper pot compared to a steel pot - I don't think anyone makes solid copper cookware. It leave a strange metallic taste in the mouth.
I would think heat conveys much like electricity, the greater the number of "free' electrons the less resistance to the heat , therefore copper would be faster then the other three choices.