Yes. Heat flows from a warmer to a cooler substance. The technical term is: The Second Law of Thermodynamics.
The heat will transfer to the cooler object.
The flow of heat energy from the warmer object to the cooler oneis so probable that it is considered a law in thermodynamics.
heat
Heat is the transfer of energy. There is a flow of high kinetic energy to places of low kinetic energy. Thus in simpleton terms, yes, heat flows from a warm body to a cool body.
There's no scientific reason why heat energy can't flow from a cooler objectto a warmer object, making the cool one cooler and the warm one warmer.But the probability of it is so small that the statement "That never happens." isused in the field of Thermodynamics as if the statement were a law of nature.
The heat will transfer to the cooler object.
The flow of heat energy from the warmer object to the cooler oneis so probable that it is considered a law in thermodynamics.
The basic concept of heat flow from one object that is warm to one that is cooler until the equal out
heat
Heat flows from a region where there is a lot to where there is less.
they both mean a type of heat flow, even though scolding is a a large heat flow, and warm is a low heat flow, dosen't mean they are nothing alike.
Heat is the transfer of energy. There is a flow of high kinetic energy to places of low kinetic energy. Thus in simpleton terms, yes, heat flows from a warm body to a cool body.
Heat does, indeed, go from a warm source to a cold place. That is what heat always does.
what is the answer
It could do because it, or more accurately the mass of tiny air-spaces it creates, obstructsthe flow of heat from warmer to cooler regions.
There's no scientific reason why heat energy can't flow from a cooler objectto a warmer object, making the cool one cooler and the warm one warmer.But the probability of it is so small that the statement "That never happens." isused in the field of Thermodynamics as if the statement were a law of nature.
Heat is a measure of how quickly the atoms of an object are vibrating. When a warm object touches a cooler object, the vibrating atoms from the warm object cause the atoms of the cooler object to vibrate more, and thus become warmer. There are three main ways of heat transfer conduction convection and radiation.