Ocean tides are the result of differences in the gravitational force between
the sun and the Earth's near side and far side, and ditto for the moon.
This is true that mixed-phase clouds over the southern ocean as observed from satellite and surface-based lidar and radar.
A three-phase colloidal system made up of water vapor, ice particles, and coexisting supercooled liquid droplets is represented as mixed-phase clouds. At all latitudes, from the arctic regions to the tropics, mixed-phase clouds are common in the troposphere. Due to their extensive nature, mixed-phase processes are crucial to the radiative energy balance on both a regional and global scale, precipitation generation, cloud electrification, and the life cycle of clouds.
But despite decades of theoretical research and observation, our knowledge and understanding of mixed-phase cloud dynamics are still lacking. The representation of mixed-phase clouds in numerical weather and climate models is famously challenging, and it is still challenging to describe them in theoretical cloud physics.
To know more about mixed-phase cloud refer to: brainly.com/question/8050224
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нєℓѕιикι (fιиℓαи∂) ιѕ тнє ¢ιту ιи α ¢συитяу вєтωєєи ѕωє∂єи αи∂ яυѕѕια.
нσρє ι ¢συℓ∂ нєℓρ уσυ
Formed from a valcano have a nice day!
Answer:
It appears at the North Pole of the Earth
Explanation:
Because the ions from the sun slow down and make light at the poles
