The east side of a storm is usually the most dangerous because it is where the strongest winds and heaviest rainfall are typically concentrated. This is due to the storm's rotation and forward motion, which magnify the impacts on the eastern side. Additionally, the east side often experiences storm surge, flooding, and tornadoes, making it particularly hazardous during severe weather events.
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.
Assuming we're looking at it from a top view on a map, it were traveling NORTH, then it would the the TOP-RIGHT side of the storm. I'll try to explain why. A Hurricane is a severe storm that rotates around the eye. The storm if stationary would have winds of at least 75 MPH. If the storm were to begin traveling in any direction, the MPH of the storm moving PLUS the MPH of the storm rotating would be the total MPH calculation for the TOP-RIGHT, where as the LOWER-LEFT would be the storms rotation MPH MINUS the speed the storm is moving at. 75 MPH Hurricane that's moving NORTH at 15 MPH would experience winds of 90 MPH on the TOP-RIGHT and 60 MPH on the lower left. If the storm is moving SOUTH, it would be opposite. EAST would be LOWER-RIGHT. WEST would be TOP-LEFT.
The country occupying most of the east side of the bay of bengal is Myanmar or Burma.
The winds on the right side of a hurricane, when facing the direction of the storm's movement, are typically stronger and more destructive than those on the left side. This is due to the hurricane's counterclockwise rotation in the Northern Hemisphere, which combines the forward motion of the storm with the rotational winds. As a result, the right side experiences a dangerous combination of high winds and storm surge, often leading to more severe impacts in coastal areas.
The most intense wind, rainfall, and storm surge occur primarily in the eye wall of the hurricane, with the most intense wind and storm surge in the right eye wall. Most of the tornadoes will occur in the outer bands, also most predominantly on the right side of the storm.
The right side of a hurricane is typically the most dangerous due to the combination of strong winds and the storm's forward motion, which can lead to a higher storm surge, heavier rainfall, and more tornadoes.
North East Side
north side of mpls or east side of st paul
the most successful rap group on the east caost and one of the most dangerous gangs on the east 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.
East
Assuming we're looking at it from a top view on a map, it were traveling NORTH, then it would the the TOP-RIGHT side of the storm. I'll try to explain why. A Hurricane is a severe storm that rotates around the eye. The storm if stationary would have winds of at least 75 MPH. If the storm were to begin traveling in any direction, the MPH of the storm moving PLUS the MPH of the storm rotating would be the total MPH calculation for the TOP-RIGHT, where as the LOWER-LEFT would be the storms rotation MPH MINUS the speed the storm is moving at. 75 MPH Hurricane that's moving NORTH at 15 MPH would experience winds of 90 MPH on the TOP-RIGHT and 60 MPH on the lower left. If the storm is moving SOUTH, it would be opposite. EAST would be LOWER-RIGHT. WEST would be TOP-LEFT.
The country occupying most of the east side of the bay of bengal is Myanmar or Burma.
The wet side of a hurricane is the side where the most intense rainfall and strongest winds occur. This side is typically to the right of the storm's direction of movement in the Northern Hemisphere. Winds on the wet side of a hurricane blow from the ocean towards the land, bringing with them moisture that leads to heavy rainfall.
In the northern hemisphere Atlantic ocean, where storms generally track from east to west, and their winds rotate counter-clockwise, the north side (or east side of a north-tracking storm) is the wetter side, while the south side (or west side of a north-tracking storm) is the dryer sides. Note that the wet side has higher-speed winds because the storm speed is additive, while the dry side has lower-speed winds because the forward tracking speed of the storm reduces the wind speeds.
The winds on the right side of a hurricane, when facing the direction of the storm's movement, are typically stronger and more destructive than those on the left side. This is due to the hurricane's counterclockwise rotation in the Northern Hemisphere, which combines the forward motion of the storm with the rotational winds. As a result, the right side experiences a dangerous combination of high winds and storm surge, often leading to more severe impacts in coastal areas.