Answer:
As you already know, sunlight (solar energy, or energy from the Sun) is the primary source of energy for all processes that occur in Earth's atmosphere and hydrosphere. This means that solar energy is also the primary driver of winds and ocean currents .
Explanation:
Answer:
The Ring of Fire is a direct result of plate tectonics: the movement and collisions of lithospheric plates. The eastern section of the ring is the result of the Nazca Plate and the Cocos Plate being subducted beneath the westward-moving South American Plate.
Answer:
<u>Rising and falling of tides, Winds and thermohaline circulation in oceans.</u>
Explanation:
- As oceanic mass is always defined as a body of water which has commonly formed with the chemical and physical properties. Like temperature salinity and common water mass in the world are Atlantic bottoms, Deepwater basins.
- Depth of the oceanic water can be measured through the salinity or dissolved salt content in water, this affects the amount of freshwater in oceans. Deeper zones of water bodies are found near the trenches and valley bottoms.
- Winds are responsible for raising and falling of tidal waters in oceans and movement of currents produced in water masses affects the direction and flow of water bodies.
- Winds have a direct impact on the ocean warm water upwelling and other factors being the flow of debris etc.
Answer:
d. heavy rain or snow
Explanation:
Cumulus clouds -
These are the type of cloud , with flat bases , and they appear to be fluffy , cotton like , puffy , are referred to as the cumulus cloud.
They are usually presents in line or in clusters.
They are present at lower level from the surface of earth , around 2, 000 m .
These cloud usually bring lightning , heavy rain , snow , hail with them .
Hence , from the given statement of the question,
The correct term option is d. heavy rain or snow .
Answer: In some parts of the world, windblown dust and silt blanket the land. This layer of fine, mineral-rich material is called loess. Loess is mostly created by wind, but can also be formed by glaciers. When glaciers grind rocks to a fine powder, loess can form.
