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The transport of warm air toward the poles and cold air toward the equator is due to

The transport of warm air toward the poles and cold air toward the equator is due to Correct Answer the development of waves

The transport of warm air toward the poles and cold air toward the equator is due to the development of waves.

Related Questions

This are the following statements given regarding satellite’s motion a. A satellite in geostationary orbit lies in the same plane with equator b. A satellite in geosynchronous orbit lies in the same plane with equator c. A satellite in geostationary orbit does not lie in the same plane with equator, it is inclined at some angle from plane of equator d. A satellite in geosynchronous orbit does not lie in the same plane with equator, it is inclined at some angle from plane of equator Choose one of the following options
Which of the following statements is not true with regard to Ocean currents? (i) The warm ocean currents originate near the equator and move towards the poles. (ii) The cold currents carry water from polar or higher latitudes to tropical or lower latitudes. (iii)  The Labrador Ocean current is cold current while the Gulf Stream is a warm current.
Consider the following statements regarding winds 1. The air at ITCZ rises and moves towards poles in the upper atmosphere and sinks near 30 degrees in both hemispheres and then again moves toward the equator at the surface, this cycle is known as Walker Cycle. 2. At polar latitudes the cold dense air subsides near the poles and blows towards middle latitudes as the polar easterlies. This cell is called the polar cell. Which of the statements given above is/are correct?
The Earth is an oblate spheroid and not a perfect sphere. This is because
1. the Earth has a rotational motion and the rotational speed increases as one goes from the Poles towards the Equator.
2. the Equator experiences greater gravitational pull from the Sun.
3. the intensity of sunlight received at the Equator is greater than that at the Poles.
Under which of the following condition(s) are the occluded fronts created? 1. When the front remains stationary 2. When cold air mass moves to warm air mass 3. When warm air mass moves to cold air mass 4. When an air mass is fully lifted above the land surface Select the correct answer using the code given below :
Which of the following are reasons for the chief fishing grounds being located in continental shelf areas where cold and warm currents meet? I. Warm currents are rich in phosphates and nitrates II. Plankton - the chief fish feed - thrives in these regions III. The meeting of cold and warm currents allows the water to be well aerated IV. The epicontinental seas allow sunlight to reach almost to the bottom
Which of the following are reasons for the chief fishing grounds being located in continental shelf areas where cold and warm currents meet?
I. Warm currents are rich in phosphates and nitrates
II. Plankton - the chief fish feed - thrives in these regions
III. The meeting of cold and warm currents allows the water to be well aerated
IV. The epicontinental seas allow sunlight to reach almost to the bottom
Which of the following statements is/are correct? (1) The warm air masses form near or over the equator all the desert areas where the solar radiation is minimum. (2) The cold air masses form near the poles where the solar radiation is maximum.
Consider the following statements about Latitude and Longitude. 1. As the earth is slightly flattened at the poles, the linear distance of a degree of latitude at the pole is a little shorter than that at the equator. 2. As the parallels of latitude become longer poleward, so the meridians of longitude, which converge at the poles, enclose a narrower space 3. The point at which the Equator and the Prime Meridian intersect is in the Gulf of Guinea in the Atlantic Ocean. Which of the statement/statements given above is/are correct.
Which one of the following pairs of properties of typical air masses is correct? Air Mass Source Region A. Maritime Equatorial Warm oceans in the equatorial zone B. Maritime Polar Warm oceans in the tropical zone C. Continental Tropical Less warm oceans in the tropical zone D. Continental Polar Moist oceans in the polar zone