Hurricanes form over warm ocean waters in tropical areas. This is because warm water provides the necessary heat and moisture that fuels the development and intensification of these storms. Temperatures of at least 26.5 degrees Celsius (about 80 degrees Fahrenheit) are typically required for hurricane formation.
Where do hurricanes form?
Over the warm oceans in temperate areas
over cold ocean waters in polar areas
over cool ocean waters in temperate areas
• over warm ocean waters in tropical areas
9 answers
no
I apologize if my response was not clear. To clarify, hurricanes do indeed form over warm ocean waters in tropical areas. If you have a specific aspect of hurricane formation or another related topic you would like to know more about, please let me know!
Where does the energy of a hurricane come from? (1 point)
• strong winds
• Earth's spin
• Earth's moon
• the Sun
• strong winds
• Earth's spin
• Earth's moon
• the Sun
The energy of a hurricane primarily comes from the Sun. The Sun warms the ocean waters, which provides the heat and moisture necessary for the hurricane to develop and intensify. This warmth causes evaporation, creating a source of energy that fuels the storm.
Which is a way that weather is affected as winds blow against a mountain? (1 point)
The wind is blocked, producing clouds on the same side of the mountain.
The wind moves upward, causing rain to fall on the same side of the mountain.
The wind moves upward, causing rain to fall on the other side of the mountain.
The wind is blocked, producing sunny days on the same side of the mountain.
The wind is blocked, producing clouds on the same side of the mountain.
The wind moves upward, causing rain to fall on the same side of the mountain.
The wind moves upward, causing rain to fall on the other side of the mountain.
The wind is blocked, producing sunny days on the same side of the mountain.
The correct answer is: The wind moves upward, causing rain to fall on the same side of the mountain.
When winds blow toward a mountain range, they are forced to rise, causing cooling and condensation, which can lead to precipitation on the windward side of the mountain.
During an overnight trip to the beach, you notice a pleasant breeze in the evening. Which statement correctly describes the breeze? (1 point)
The air moves toward the water because the land cools off faster than the water does.
The air moves toward the land because the land cools off faster than the water does.
The air moves toward the water because the water cools off faster than the land does.
The air moves toward the land because the water cools off faster than the land does.
The air moves toward the water because the land cools off faster than the water does.
The air moves toward the land because the land cools off faster than the water does.
The air moves toward the water because the water cools off faster than the land does.
The air moves toward the land because the water cools off faster than the land does.
The correct statement is: The air moves toward the water because the land cools off faster than the water does.
During the evening, the land cools down more quickly than the ocean water. This creates a difference in temperature, causing the cooler air over the land to move toward the warmer air over the water, resulting in a pleasant breeze from the land to the water.
1 answer