Convection
I'll tell you all i know ;) convection is the heat transfer through atoms or molecules that move, so that's liquids or gases. It's difficult to see in gases, it just kind of, happens. If you turn a radiator is turned on and the room is full of cool air, the radiator in the middle will warm up the particles above it and as warm things rise these heated particles will rise, pushing the cool air towards the radiator to be heated too.
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Molten.
Volcanic.
The only kind of bond that occurs in transfer and exchange is electrovalent i.e. IONiC bond -=|)k=-
an island
Maybe, cause is a metal but is depend on what kind of Manganese.
thermal-type: radiation source: http://quizlet.com/2000966/heat-thermal-energy-states-of-matter-flash-cards/
Toasting marshmallows is an example of heat transfer through convection. The heat from the fire warms the air, which then rises and carries the heat to the marshmallow, cooking it evenly.
The transfer of energy between two objects at different average thermal kinetic energies (temperatures) is referred to as heat transfer. It is always called heat transfer, regardless of what kind of energy is being transferred.
Convection currents transfer thermal energy through a fluid. This process involves the movement of warmer and cooler parts of the fluid, which causes the transfer of heat energy.
Radiation warming
The energy transfer from the sun to the Earth's surface causes the surface to heat up, which in turn warms the air above it. This warming air rises, carrying with it water vapor from the surface. As this warm, moist air rises, it cools and condenses to form cumulus clouds.
Thermal Conduction-apex (Explanation): since they are curled up TOGETHER, it can be assumed that their bodies are physically touching. Therefore, this is thermal conduction.
Convection is the heat transfer process responsible for causing smoke to rise from a fire. As air near the fire gets heated, it becomes less dense and rises, carrying the smoke along with it.
The transfer of heat from cup to hand is known as conduction.
Chemical energy to thermal. Thermal to electrical
The differing densities of water create a consistent movement between the various thermal layers. As water is cooled, it actually expands, so it rises, and as it is warmed it sinks.
Copper pots transfer heat the best due to their high thermal conductivity. The copper material allows for rapid and even distribution of heat, making it ideal for cooking tasks that require precise temperature control.