Energy transfers from one object to another. It supplies heat to nearby objects.
No, heat does not flow indefinitely. Heat stops flowing the temperatures are equal.
In that case, energy will flow quite naturally, as a heat flow. Heat can flow through three methods: conduction, convection, radiation.
Heat energy flows from the warmer (the hands in this case) to the cooler (the snowball). The flow of energy first raises the snowball's temperature (outer portion) to approximately zero degrees Celsius. Additional heat flow causes a phase change from snow (a form of ice) to water. This continues until all ice is converted. Further heat flow raises the temperature of any remaining water until it reaches skin temperature, when heat flow will cease.
Heat needs something to "flow" through. In a vacuum it will not have a medium to travel through and so heat cannot flow across a vacuum. Radiant heat will travel through a vacuum but here it is the light energy that is passing through the vacuum, not the heat energy.
Heat :)
It is not clear what sort of energy you are talking about. In the case of heat: heat has a natural tendency to flow from hotter objects to colder objects. If your house is hotter than the surroundings, then heat energy will flow out of it.
No, heat does not flow indefinitely. Heat stops flowing the temperatures are equal.
heat flow and waves
In that case, energy will flow quite naturally, as a heat flow. Heat can flow through three methods: conduction, convection, radiation.
Heat energy flows from the warmer (the hands in this case) to the cooler (the snowball). The flow of energy first raises the snowball's temperature (outer portion) to approximately zero degrees Celsius. Additional heat flow causes a phase change from snow (a form of ice) to water. This continues until all ice is converted. Further heat flow raises the temperature of any remaining water until it reaches skin temperature, when heat flow will cease.
heat
yes it is
yes the heat will flow threw, but not create energy
yes or no ______________________________________ yes
Heat energy would flow from the hand to the ice, unless the hand is colder than the ice, in which case the heat energy would flow from the ice to the hand.
Heat needs something to "flow" through. In a vacuum it will not have a medium to travel through and so heat cannot flow across a vacuum. Radiant heat will travel through a vacuum but here it is the light energy that is passing through the vacuum, not the heat energy.
lost as heat or used