From the North Pole to the equator, name the wind and pressure ...

[frankwu]

From the North Pole to the equator, name the wind and pressure belts in order of occurrence from higher to lower latitudes and how they seasonally shift.
 
  What will be an ideal response?

Question 2

Differentiate a surface, Northern Hemisphere cyclone from a surface, Southern Hemisphere cyclone, and explain why they are different.
 
  What will be an ideal response?

[diesoon]

Answer to Question 1

Answer: Intertropical Convergence, trade winds, subtropical high, westerlies, polar front, polar easterlies, and polar high. Because of the change in differential heating by latitude, the components shift north and south following the declination of the sun. For instance, the Intertropical Convergence shifts north of the equator during the Northern Hemisphere's summer. Various components expand and contract in size. For instance, subtropical highs are much larger in the summer than in the winter season.

Answer to Question 2

Answer: They are both centers of low pressure with air converging and rising. Because of opposite Coriolis effect by hemisphere, the wind spirals into a Northern Hemisphere cyclone in a counterclockwise spiral across the isobars; and wind spirals into a Southern Hemisphere cyclone clockwise across the isobars.

[frankwu]

Thank you

[diesoon]

No problemo