No, cold sinks and heat rises.
Convection is when fluids (yes, air is considered a fluid) mix... Hot (less dense) molecules will rise as opposed to cold (more dense) molecules will sink.
You are describing convection.
rise
Probably because it draws/absorbs the heat making the heat "sink" into it
Water droplets will start evaporating on contacting the pan bottom, and they will tend to "dance" on the produced steam.
A heat-sink is needed to dissipate the wasted power without any undue temperature rise. The effectiveness of a heat sink is measured by the watts dissipated per degree of temperature rise.
HOT rises COLD sinks
If it is cooled its gets extremely cold from the helium,and when the heat is in the balloon it keeps it warm when its in the helium
There is no such thing as cold radiation. Cold is nothing in itself; it is merely the absence of heat - or just less heat. Heat, like light, radiates, but cold, like darkness, does not.What you may think of is cold convection; i.e., the fact that cold air will sink and warm air will rise. This effect is often confused as being 'cold radiation'.
cold air sinks as denser - warm air rises
Convection is when fluids (yes, air is considered a fluid) mix... Hot (less dense) molecules will rise as opposed to cold (more dense) molecules will sink.
You are describing convection.
There is no such thing as the "purity of electrons". A heat sink is used to keep a device reasonably cold.
Cold will sink to the bottom. Hot water will rise to the top.
a stone will sink and a feather would rise
Antarctica is called the Earth's heat sink, which attracts excess heat from all over the planet.
This is because, hot air rises and cold air sinks. When the air near the cooling unit loses heat, it will sink to the bottom whereas the hotter air at the bottom will rise to the top. This is due to the density difference between them, since hot air has a lower density than cold air, hot air will rise. When they rise, they will be cooled by the cooling unit too. And then sink to the bottom again. This cycle will then repeat itself until the air is of a constant temperature.