People use oven mitts to avoid getting 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?(1 point)
Responses
Low magnetism
Low magnetism
Low thermal conductivity
Low thermal conductivity
High solubility
High solubility
High thermal conductivity
High thermal conductivity
The physical property of the metal pan that requires the use of an oven mitt when it is hot is high thermal conductivity.
The physical property of the metal pan that requires the use of an oven mitt when it is hot is high thermal conductivity.
To understand why this property is relevant, we need to understand what thermal conductivity means. Thermal conductivity refers to how well a material conducts heat. High thermal conductivity means that heat can easily transfer from the hot metal pan to other objects, such as our hands, when it comes into contact with them.
In this case, when we cook using a metal pan, the pan becomes hot due to the heat from the stove or oven. If we were to touch the hot metal pan directly with our bare hands, the heat would transfer rapidly from the pan to our skin, potentially causing burns.
However, when we use an oven mitt, it acts as an insulating barrier between our hands and the hot pan. Oven mitts are designed with materials that have low thermal conductivity, meaning they do not easily transfer heat. By wearing oven mitts, we create a protective layer that significantly reduces the amount of heat that reaches our hands, thereby preventing burns.