All tropical cyclones need warm air and water to be sustained. As a tropical cyclone approaches land or experiences cooler tempe
ratures, they will weaken.
Locate the hurricane on the surface weather map. Taking into account ocean currents, which answer best describes how the hurricane might change if it moves northeastward, following the Gulf Stream along the east coast of the United States?
(A) The hurricane may strengthen because it will gain more energy from the warm waters of the Gulf Stream.
(B) The hurricane will weaken because it will make landfall when it nears the Gulf Stream.
(C) The hurricane will strengthen because the Gulf Stream gyre will intensify the cyclonic motion of the hurricane.
(D) There will not be a change in the hurricane because it already has enough energy to sustain itself.
(E) The hurricane will weaken because the Gulf Stream is associated with cool sea surface temperatures.
Locate the hurricane on the surface weather map. Taking into account ocean currents, which answer best describes how the hurricane might change if it moves northeastward, following the Gulf Stream along the east coast of the United States?
(A) The hurricane may strengthen because it will gain more energy from the warm waters of the Gulf Stream.
(B) The hurricane will weaken because it will make landfall when it nears the Gulf Stream.
(C) The hurricane will strengthen because the Gulf Stream gyre will intensify the cyclonic motion of the hurricane.
(D) There will not be a change in the hurricane because it already has enough energy to sustain itself.
(E) The hurricane will weaken because the Gulf Stream is associated with cool sea surface temperatures.
1 answer:
Answer:
<u>Option-(C): </u>The hurricane will strengthen because the Gulf Stream gyre will intensify the cyclonic motion of the hurricane.
Explanation:
- The formation of different environmental activity is initiated when there is a form of interaction between the cyclone's motion and that of the Gulf stream gyre. As the formation of a more spiral form of winds are generated by the interaction between the two environmental entities. While, the wind goes all in a different direction and more spirally, as it gives rise to the tropical storm inside the region. Becoming, more and more intensified in nature the winds starts the motion more spirally, as the rotate with a great speed.
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Answer: As altitude increases, atmospheric pressure decreases
Explanation:
Atmospheric pressure is defined as the force
per unit area
the air that forms the atmosphere exerts on the Earth's surface:
It should be noted that as the altitude increases less air is above and, therefore the air weights less. This is because the atmosphere losses density as we ascend, causing less air.
However, it is important to point out this decrease in pressure is not linear, since at the beginning (in the first kilometers above sea level) it reduces more rapidly than in the next kilometers above. That is why this relationship between atmospheric pressure and altitude is exponential.