becuz the warmness dosnt get all the way to t5he outness
This is because the gas giants are a lot further away from the sun than we are and therefore the incident sunlight rays reaching the surface are less therefore making the surface gases on these planets cool. The reason that the gases closer to the planets core are hotter has to do with the enormous gravity of these gas giants. The sun too is a gas giant only it is much larger and this tells us something. The suns center is also much hotter than its surface because of the tremendous pressures according to Boyle's law the temperature rises when pressure increases if the volume remains the same. If the gas giants were as big as the sun, then they would reach critical mass and ignite too! But they aren't as big and so their cores just get hot, but not hot enough for fusion. Corey Wood
Cold-core rings are typically characterized by colder water at their center, creating a density gradient that causes the surface to dip inward, resulting in a concave shape. Conversely, warm-core rings have warmer water at their center, leading to a buoyancy effect that causes the surface to bulge outward, creating a convex shape. These formations are influenced by the thermohaline properties of the water and the dynamics of ocean currents. Thus, the concave and convex shapes reflect the underlying temperature and density distributions within the rings.
That is because warm air outside the glass contains moisture and that moisture condenses on cold surfaces since cold air on the glass surface cannot hold as much moisture as warm air. It is the same effect as fog on the bathroom mirror after running a hot shower.
The boundary separating cold surface air replacing warm air is called a cold front. Cold fronts occur when a cold air mass moves into an area occupied by warmer air, causing a sharp transition in temperature and potentially leading to stormy weather.
Warm water can carry more salt than cold water can.
there are some warm currents as they flow along the earths surface while there some cold currents as they travel below the earths surface
This is because the gas giants are a lot further away from the sun than we are and therefore the incident sunlight rays reaching the surface are less therefore making the surface gases on these planets cool. The reason that the gases closer to the planets core are hotter has to do with the enormous gravity of these gas giants. The sun too is a gas giant only it is much larger and this tells us something. The suns center is also much hotter than its surface because of the tremendous pressures according to Boyle's law the temperature rises when pressure increases if the volume remains the same. If the gas giants were as big as the sun, then they would reach critical mass and ignite too! But they aren't as big and so their cores just get hot, but not hot enough for fusion. Corey Wood
Helps the body maintain homeostasis. If you are too warm blood travel closer to the surface to dissipate heat. if you are too cold blood will stay closer to your core to keep your vital organs warm.
there are some warm currents as they flow along the earths surface while there some cold currents as they travel below the earths surface
If you have cold hands and feet, the blood is flowing to the core to keep it warm. The core is more important that the limbs. Put on more clothing.
Coriolis effect
When fronts meet from the opposite and collide, it is called an occluded front. A cold occluded front is cold air shoving under cool air at the Earth's surface thus the name 'cold occlusion'. The cold warm air boundary aloft is often west of the surface front. A warm occlusion is when cool air rises over cold air at the surface thus the name 'warm occlusion'. The warm-cold air boundary aloft is often east of the surface front. By Lisa Gardiner
there are some warm currents as they flow along the earths surface while there some cold currents as they travel below the earths surface
Cold-or-warm core rings
Warm or cold defines the temperature of the water. In general warm currents flow north and cold currents flow south. That makes sense. Also warm currents flow on the surface and cold currents flow deep since cold water is denser than warm water.
it is usually hot or warm near the surface and cold down below
The Earth's mantle is a plastic substance which undergoes convection due to the heat of the core. Warm material rises up from near the core to just under the crust. The heat that it carried from the core is released into the crust, thus warming the surface. The cooled material then descends back to the core.