People use oven mits to avoid burns when moving hot metal pans while cooking which physical property of the metal pan requires the use of an oven mitt when it is hot
The physical property of the metal pan that requires the use of an oven mitt when it is hot is its high thermal conductivity.
The physical property of the metal pan that requires the use of an oven mitt when it is hot is its high thermal conductivity. Metal conducts heat very well, which means that it can quickly transfer the heat from the hot pan to your skin, potentially causing burns. The oven mitt acts as a barrier between your hand and the hot pan, providing insulation and protecting your skin from direct contact with the hot metal.
The physical property of the metal pan that requires the use of an oven mitt when it is hot is its high thermal conductivity.
Thermal conductivity refers to the ability of a material to conduct heat. Metal, particularly materials like stainless steel or cast iron, is known for having high thermal conductivity. When the pan is heated on a stove or in an oven, it quickly absorbs and transfers heat, causing the entire pan, including the handles, to become hot.
Because of this high thermal conductivity, directly touching a hot metal pan can lead to burns or scalds. This is why oven mitts are used as protective gear when handling hot metal pans. The mitts are made from insulating materials that do not conduct heat well, creating a barrier between the hot pan and your hands, thus reducing the risk of burns.