Question

How are the Hadley cell, ENSO, and MJO related? describe in words what is happening in the 3-Cell Model, ENSO, and the MJO,

Answer 1

Hardley cell, ENSO, and MJO are the type of equipment which is used to calculate the air pressure, differences in the variation of the winds, and the depth air pressure of any ocean or the tropical regions. These three working its own direction like Hardley cell works in the North direction, ENSO (EI Nino Southern Oscillation) works in the south region and MJO (Madden- Julian Oscillation) work in the west as well as in the east region. These cells can be defined as per its characteristics and what it actually does:

• Hardley cell - In this cell, the air pressure towards the north direction of the equator can be calculated and it also tells about the rise and downfall in the air pressure by which we can forecast the weather report very easily. This cell comes under the 3- cell model because of energy, pressure, and temperature can be calculated under this.
• ENSO - It is used to calculate the waves which occur during the flow of wind in different directions, the location nearby the ocean surface to the region which comes under the troposphere and the flow of wind in this region can be measured. It works basically in the South region but when the wind moves towards the east then it may calculate some air pressure and waves of the East region too.
• MJO - It is also used to calculate the air pressure but the fact about this oscillation is that it measure the depth pressure of any region especially in the pacific ocean and also in the tropical region, it can also calculate the ups and downs of winds inside the ocean from the earth surface. It is generally used in the East and the west region where the ocean region founds.

Therefore, the three cell models, ENSO. andMJO is interrelated to each other because these are the scales of measurement which calculate the wind pressure, the movement of wind and the changes which occur in the wind and also used to calculate the air pressure from different poles and regions. It is also used to calculate the atmosphere on the international level.