In coastal regions, sea breezes happen during daytime and land breeze happen during the night.
<h3>What are local winds? How are they different from permanent winds?</h3>
Land breezes and sea breezes come under the category of local winds. These are localized winds formed due to differential heating of land and water.
During day, the land gets heated fast as compared to water in coastal areas. Thus, low pressure is formed over land and dynamic high pressure is formed above the nearby water body. As a result, the wind blows from a high pressure area(sea) to a low pressure area(land), this is known as sea breeze.
While during night, the land surface gets cooled faster than the seawater. This results in formation of high-pressure area over the land and low-pressure area above sea. Consequently, winds that blow from land to sea are known as land breezes.
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Meridians are perpendicular to every latitude<span>. ... All the other </span>longitudes are measured<span>, and named after the angle they make with respect to the center of the Earth from the intersection of the Meridian and the Equator. Since a sphere has 360 </span>degrees<span>, the Earth is divided into 360 </span>longitudes<span>.</span>
To graph this inequality, start with an open dot on -2.
We use an open dot because n is
greater than -2 but n is not equal to -2.
Next we draw an arrow to the right
to represent all numbers greater than -2.
I have graphed this inequality below too.
The graph below is my own work.
This should correspond to the first answer choice.
You can usually tell the difference between a caldera and crater by studying <span>a feature's size and formation. In terms of size, a caldera is often relatively larger than ordinary craters. A caldera is so big that it causes explosive eruptions. In terms of formation, a caldera is a large depression caused when a magma chamber is emptied. A crater is a bowl-like formation at the top of volcanoes where lava comes out.</span>
Answer:
74 miles per hour
What is the maximum wind speed of the storm after 36 hours of monitoring? winds of 74 miles per hour or greater.
Explanation:
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