Want this question answered?
hot air ballon because since the air is heated in the hot air balloon it will rise, And water boiling in a pan if you were cooking pasta you can see the pasta rise and fall with the convection current in the boiling water
Yes
the process by which heat is transfered by the movement of molecules in liquids and gases is known as convection...eg-boiling of water
Convection occurs when heat is transferred into an object through motion or movement; an example would be boiling water.
heat
no. boiling water and earth tectonic plates are good examples
hot air ballon because since the air is heated in the hot air balloon it will rise, And water boiling in a pan if you were cooking pasta you can see the pasta rise and fall with the convection current in the boiling water
convection
Yes
When you are boiling water, it's an example of convection because the water at the bottom of the pot gets warm and becomes less dense causing it ti rise to the top and it then makes the cold water warm and the cycle continues. This is known as a convection current.
When you are boiling water, it's an example of convection because the water at the bottom of the pot gets warm and becomes less dense causing it ti rise to the top and it then makes the cold water warm and the cycle continues. This is known as a convection current.
It's convection, because an example of convection is water boiling,and when cookies is baking, the batter is really boiling.
I don't think so - I don't think any convection is involved. I think boiling uses all three though - heat is conducted, this radiates out and heats the water which when heated starts a convection current.
Convection currents are caused by uneven heating of bodies of water/air, resulting in a current as hotter air/water rises, and cooler air/water sinks. For example on a stove-top, when boiling water, the water at the bottom will warm first, being closest to the fire. Rising to the top, it will cool and sink to the bottom, creating a current. That is why covering a pot is more efficient- when the hot water rises to the top due to a convection current, it cannot lose as much heat.
I believe it is because of convection currents.
Radiation and conduction have nothing to do with it. Convection causes the water at the bottom of the pot to heat up, lowering its density and sending it to the top of the pot. It then cools, increasing its density and sending to the bottom of the pot. Repeat.
convection currents work when heated water cools then goes to the bottom then heats back up