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The strongest winds in a hurricane in the northern hemisphere are found on the right side of the storm...this is with respect to the direction the storm is moving. For instance, if the storm is moving north, the right side would be the eastern side of the storm. This is reversed in the southern hemisphere.
The strongest part of a hurricane is the eyewall. The strongest winds are usually on the right-hand side of the eyewall relative to the storm's motion.
The right side.
Not necessarily. Generally the right side of a hurricane is worst. Since hurricanes spin counterclockwise the wind speed on the right side of the hurricane is equal to the speed the hurricane is spinning plus its forward speed. So if a hurricane is spinning at 90 mph and traveling at 10 mph, areas on the right side of the storm would experience 100 mph winds. The stronger winds also lead to a higher storm surge. Because of this the west side of a hurricane would be worst if it were traveling south. If the storm is traveling north, which is somewhat more common, then the east side is worse.
The "weak" side of a hurricane is generally the left side relative to the storm's motion. This is because hurricanes in the northern hemisphere spin counterclockwise, so the storm's forward speed is subtracted by the wind speed. For example, if a hurricane is moving at 10mph and the eyewall is spinning at 80 mph, then the left side will experience 70 mph winds while the right side will experience 90 mph winds.
The right side
The side of a hurricane that has the most rain would be the left side. The right side would have the strongest winds.
The strongest winds in a hurricane in the northern hemisphere are found on the right side of the storm...this is with respect to the direction the storm is moving. For instance, if the storm is moving north, the right side would be the eastern side of the storm. This is reversed in the southern hemisphere.
The strongest part of a hurricane is the eyewall. The strongest winds are usually on the right-hand side of the eyewall relative to the storm's motion.
The right side.
Not necessarily. Generally the right side of a hurricane is worst. Since hurricanes spin counterclockwise the wind speed on the right side of the hurricane is equal to the speed the hurricane is spinning plus its forward speed. So if a hurricane is spinning at 90 mph and traveling at 10 mph, areas on the right side of the storm would experience 100 mph winds. The stronger winds also lead to a higher storm surge. Because of this the west side of a hurricane would be worst if it were traveling south. If the storm is traveling north, which is somewhat more common, then the east side is worse.
If a hurricane or other tropical cyclone is moving the winds on one side will be faster than on the opposite side in relation to the ocean or ground the storm is moving over. In the Northern Hemisphere the fastest winds will be on the right side, if you are looking in the direction of the storm's movement. That is, if the hurricane is moving toward the west, the strongest winds will be on the north side; if it's moving north, the strongest winds will be on the east side.
The "weak" side of a hurricane is generally the left side relative to the storm's motion. This is because hurricanes in the northern hemisphere spin counterclockwise, so the storm's forward speed is subtracted by the wind speed. For example, if a hurricane is moving at 10mph and the eyewall is spinning at 80 mph, then the left side will experience 70 mph winds while the right side will experience 90 mph winds.
The right side of a hurricane, specifically the right front quadrant, typically experiences the most severe weather. This area is characterized by strong winds, heavy rain, and the potential for tornadoes. It is important to note that the exact location and intensity of severe weather within a hurricane can vary.
When a hurricane is at sea, it can be fairly symmetrical. However, when a hurricane makes landfall, the side of the storm with onshore winds tends to have stronger winds and more rainfall. Typically, when the track of the storm is perpendicular to the shoreline, the onshore winds will be on the rightside of the storm track, since hurricanes circulate counterclockwise. The side with offshore winds draws in drier air from the land, so there is less rainfall on that side.
If a hurricane or other tropical cyclone is moving the winds on one side will be faster than on the opposite side in relation to the ocean or ground the storm is moving over. In the Northern Hemisphere the fastest winds will be on the right side, if you are looking in the direction of the storm's movement. That is, if the hurricane is moving toward the west, the strongest winds will be on the north side; if it's moving north, the strongest winds will be on the east side. To see why the winds on the right side of a Northern Hemisphere hurricane or typhoon are faster than those on the left, imagine the winds are circling the storm at 100 mph, and the entire storm is moving forward at 10 mph. With counterclockwise winds of 100 mph added to the forward speed of 10 mph on the right side, a ship there will be hit by 110 mph winds because the 100 mph winds and forward motion of the storm are in the same direction.. Another ship, to the left of the storm's center, where the 10 mph forward motion is subtracted from the 100 mph wind speed, will feel 90 mph winds. This was first realize in the 19th century and was one of the first important advances in understanding tropical cyclones and other storms. In fact, this knowledge was called the "Law of Storms" in the 19th century and various scientists wrote books telling ship captions how to use it to figure out where they were in relation to a storm's center and which way to go to said away from a storm's strongest winds and highest waves. This is described in detail in Chapter 2 of Hurricane Watch: Forecasting the Deadliest Storms on Earth by Dr. Bob Sheets and Jack Williams, published by Vintage Books, 2001.
The worst winds in a hurricane is inside the eye of the hurricane.