There is no such thing as a category 6 hurricane. The maximum is category 5. This category is open-ended, meaning that once a hurricane reaches category 5 strength (sustained winds of 156 mph or greater) it is classed as a category 5 no matter how much stronger the winds are. Also, hurricanes are not rated by size. They are rated by wind speed. A stronger hurricane is not necessarily bigger. Category 2 winds are 96-110 mph. Category 5 winds are 156+ mph.
Local geographic features such as mountains, valleys, and bodies of water can cause temperature differences in the air, which in turn create pressure gradients. These pressure gradients then result in the movement of air masses, leading to the formation of local winds. For example, during the day, air over land heats up faster than air over water, creating a temperature difference that generates a sea breeze.
A roaring flame indicates that the air inlet is open too far and should be closed slightly.
Sandstorms in Iraq are common due to its arid climate and large desert areas. The combination of strong winds and loose, dry soil can easily create a sandstorm that covers parts of the country. Human activities like deforestation and agriculture can also contribute to environmental conditions that make sandstorms more frequent.
No. The highest category of hurricane is a category 5, which is open ended. This means that once a hurricane's winds reach the required 156 mph or greater, it is still a category 5 no matter how much stronger it gets.
The waves in the open ocean are usually caused by the friction of the winds over the open ocean of water. The waves in the ocean vary in strength and size depending with the speed of wind and the friction with the surface of water.
The waves in the open ocean are usually caused by the friction of the winds over the open ocean of water. The waves in the ocean vary in strength and size depending with the speed of wind and the friction with the surface of water.
Leaves will exert a stronger pull from an open pore because water vapor from the leaf can freely diffuse out through an open pore, creating a gradient that pulls more water up through the plant. Closed pores limit this transpiration process.
Big waves are typically created by strong winds blowing over a large distance of open water, called fetch. The longer the fetch and the stronger the winds, the bigger the waves. Other factors such as storms, tides, and underwater topography can also contribute to the formation of big waves.
Wind typically travels faster over water than over land due to reduced frictional resistance. The lack of obstacles and rough surfaces in the open ocean allows wind to flow more freely and gain speed. Additionally, the temperature difference between land and water can create pressure gradients that further accelerate wind over water.
no
Waves on an inland lake is caused by the wind. The stronger the wind blows across open water, the rougher and higher the waves.
heat from building and more water falling from roof. also winds blows seeds against walls
Geographic features such as mountains, valleys, and bodies of water can cause local winds due to differences in temperature and pressure. For example, during the day, air over land heats up faster than air over water, creating a low-pressure area over the land which draws in cooler air from the water, resulting in a sea breeze. Similarly, mountain ranges can block or redirect prevailing winds, creating localized wind patterns.
They gave him a bag of winds which he was told not to open.
Something that is nascent is in the process of coming into being. Something that is already open is already existing, therefore, it is presumably stronger than something that is nascent.
He didn't tell them what was inside the bag that Aeolus gave him. Odysseus was given a bag full of winds and was told to not open it right away. When he does open it however, the winds will take him straight to Ithaca. He didn't tell his men this. he only told them not to open it. Curiosity killed them and they just had to open it. When they opened it, the winds caused a windstorm and made them go in the wrong direction.