Sub polar low pressure zone happens due to circular shape of earth. The dense , tightly packed air of polar high pressure zone drags southward in Northern Hemisphere at the surface. As they move, they find themselves in a region which is constantly increasing in surface area. Hence they become lighter and starts to spread. This results in a lighter air mass near 50 to 70 degrees N or S forming the low pressure zone. Also as the sun's rays become less oblique in this region, there is more heat generated at the surface making the wind lighter and consequently rise up.
Shirin
I think you have a typo in your molecular formula but CH3Cl is a polar molecule and CCL4 is a non-polar molecule
It is actually quite low eventhough it is polar.
This affirmation is not true.
Rf Value - It tells you the affinity that the compound has to the solvent...High Rf = little or no polar groups and low Rf = more polar groups. Question: In TLC (thin-layer chromatography) when the compound has a high Rf the solvent is: a. less polar b. Is more polar Answer: a. less polar
Essentially, the only totally non polar covalent compounds are the diatomic molecules of single elements. The polarity of all of the hydrocarbons is also very low.
subpolar low
equatorial low pressure belt sub tropical high pressure belt sub polar low pressure belt polar high pressure belt
intertropical convergent zones, tade winds, subtropiical highs, westerlies, polar front (sub polar lows), polar easterlies, and polar highs.
the reason is the higher the latidue is the colder the weather it gets
Hurricanes
Alaska's two climatic regions includes the polar and sub-polar regions. The polar and sub-polar region includes freezing and frigid temperatures.
The sub polar low is located between 50 and 70 degrees latitude in the Northern Hemisphere. These areas have a much more prominent winter season.
arctic, tundra,polar, sub-polar, costal wetlands
they occur in the polar front, the subpolar low, the subtropical high, and the intertropical convergence zone
When a polar front breaks, into a warm front and a cold front, a low pressure center forms where the break took place. I've provided some links below that show the life cycle of a low pressure system.
The uneven heating of the earth produces pressure belts. these belts occur at about every 30 degrees latitude. The rotation of the Earth flings the bulk of the air creating an area of low pressure belt in this region.
Sub-polar.