Milton hurricane rapidly intensified on October 7th, with wind speeds reaching 257 km/h, making it a Category 5 hurricane — the highest level on the U.S. scale — just two days after forming in the Gulf of Mexico.
The U.S. National Hurricane Center predicts that Milton will make landfall on Florida’s west coast midweek as a high-intensity storm. The projected path shows that Hurricane Milton will strike the Tampa Bay area on October 9th and continue moving through Central Florida toward the Atlantic Ocean.
Although Milton is smaller than the previous superstorm Helene, it will pass through more densely populated areas, increasing the risk of storm surges and causing significant damage.
Southern Florida has already begun to feel the initial impacts of the storm, with flooding reported in Miami-Dade County and the Everglades. Flood warnings are expected to remain in effect in many areas until October 10th. Forecast models are concerned that if Hurricane Milton makes landfall in Tampa Bay, it could cause severe storm surges and potentially become the region’s most catastrophic natural disaster in history.
Florida Governor Ron DeSantis has declared a state of emergency in 51 counties, advising residents to stock up on enough food and water for a week and be prepared for evacuation. Mandatory evacuation orders have been issued for many healthcare facilities and high-risk areas. Public services and schools in several places, such as Pinellas County, have been temporarily closed from October 7th to October 9th in response to Hurricane Milton.
Hurricane and storm surge warnings have been issued for multiple areas along Florida’s Gulf Coast. Heavy rainfall of up to 37 cm is expected to impact the Florida Peninsula and the Florida Keys from October 8th to October 9th.
Why is that?
The Answer is:
If a vehicle drives in a straight line at high speed for a long time, it will cause the driver’s vision to become fatigued, attention to be distracted, and even lead to drowsiness, which is unsafe. Therefore, driving on a road that changes from straight to curved will stimulate the driver’s concentration better.
Not to mention, builders also consider that a powerful vehicle can easily climb a steep road, but a heavily loaded truck or a passenger vehicle cannot. Moreover, a road with a straight, steep incline is extremely dangerous when descending, as it is difficult to control speed. A steep incline can also affect the driver’s visibility, making it hard to see ahead.
When designing curves, builders try to increase the curve radius and reduce centrifugal force, allowing vehicles to handle the turn more easily even at high speeds.
In summary, while winding roads may take more time to travel, they ensure greater safety. Driving on a steep, straight road is akin to playing a dangerous game that most people wouldn’t want to try.
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