The correct answer is Option B) Smaller than mid latitude cyclones.
Generally, hurricanes are smaller than mid latitude cyclones.
<h3>What are hurricanes?</h3>
Hurricanes are tropical cyclones with winds which exceed 74 mi/hr. They blow counter clockwise about their centers in the Northern Hemisphere and the opposite in the Southern Hemisphere. The hurricane season is usually from June through November. This is when water temperatures are usually high. These are larger than thunderstorms and tornadoes but smaller than mid latitude cyclones.
The components of a hurricane are:
- The Eye of the hurricane
- Eye Wall of the hurricane
- Spiral Rain bands of the hurricane
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Answer:
its B bcz its driven by density gradient due to variation in temperature
There’s no image but if there is something about an ice skater turning the rink then that is the answer
Venus will help us understand what happens when the greenhouse effect is really extreme but it's not a really good example of what will happen to Earth because of human activities. Life on Earth would completely die due to the extreme temperatures way before reaching even half of the concentrations of carbon dioxide on Venus. Mars doesn’t really have any greenhouse effects. Mars does have some atmospheric carbon dioxide but almost no atmosphere but the atmosphere it does have is so thin that it cannot keep energy from the Sun. That’s why there are extreme temperature contrasts between day and night and sun or shade. However, most scientists say that Mars used to be warmer in and even had oceans, which means that the atmosphere was also very different. About 3600 million years ago, something happened and the planet evolved towards its current state. studying the planet could tell us what could have caused such a huge change
In Ptolemy's earth-centered model for the
solar system, Venus's phase is never full as viewed from earth because it
always lies between earth and the sun. In reality, as Galileo first recognized,
Venus is full.
<span>Venus is closer to the Sun than Earth. That
is why we cannot see the full Venus. However, Venus is full (whenever it is on the opposite side
of the Sun from Earth). From Earth, Venus's phases range only between new and
crescent.</span>
