A heat carried by Conduction
Strictly speaking, an electric stove converts electricity into heat. That heat can be used to create motion, like water circulating in a pot of boiling water, but the direct conversion is to thermal energy.
Carpets feel warmer than ceramic tiles because carpets provide better insulation and have a higher thermal resistance, which helps retain heat. Ceramic tiles, on the other hand, conduct heat more easily and can feel colder to the touch.
This is an example of heat transfer through conduction. When you touch something hot, the heat from the object is transferred to your skin through direct contact, causing a burn.
If it is a gas stove it will use kinetic energy from a chemical reaction, adding it as potential energy (molecular motion) to the molecules of whatever is heated. In an electric stove, electrical energy becomes radiant thermal energy, some of which becomes potential energy in whatever is heated.
You will feel radiant heat when you put your hands above a fire, which is heat transferred through electromagnetic radiation. This type of heat warms your hands by direct exposure to the fire's energy.
Radiant heat mostly. Some convection.
Heat. (by convection and radiation)
A pot on a stove gives off radiant heat that heats up the pot and the food inside it. This heat is transferred through direct contact between the pot and the stove burner.
it is conduction
Ceramic or neo-ceramic. It is designed to radiate heat.
The electrical energy is converted to heat.
That would depend on the kind of stove that you have.
Strictly speaking, an electric stove converts electricity into heat. That heat can be used to create motion, like water circulating in a pot of boiling water, but the direct conversion is to thermal energy.
Carpets feel warmer than ceramic tiles because carpets provide better insulation and have a higher thermal resistance, which helps retain heat. Ceramic tiles, on the other hand, conduct heat more easily and can feel colder to the touch.
This is an example of heat transfer through conduction. When you touch something hot, the heat from the object is transferred to your skin through direct contact, causing a burn.
If it is a gas stove it will use kinetic energy from a chemical reaction, adding it as potential energy (molecular motion) to the molecules of whatever is heated. In an electric stove, electrical energy becomes radiant thermal energy, some of which becomes potential energy in whatever is heated.
You will feel radiant heat when you put your hands above a fire, which is heat transferred through electromagnetic radiation. This type of heat warms your hands by direct exposure to the fire's energy.