Depends on what you're comparing it to. Do you mean fewer tornadoes than in Oklahoma, or simply compared to other parts of North Carolina? If you're comparing to Oklahoma, the difference in number of tornadoes has more to do with climate than geography. Compared with other parts of North Carolina, the rugged terrain may play a role in blocking moisture and inhibiting tornadic thunderstorms from organizing.
Irrespective of temperature you can becomes 'tanned' , when there is plenty of uv light from the SUN. The best advice is sit/lie in the shade!!!! with a cold drink alongside you. You will readily becomes 'tanned', and will NOT become sunburnt. This is because you are receiving plenty of uv light, without direct solar radiation (sun burn).
The Newton-Raphson method is generally more efficient than the bisection method because it has a quadratic convergence rate, meaning it can achieve much higher accuracy with fewer iterations, especially when the initial guess is close to the root. In contrast, the bisection method has a linear convergence rate and requires the function to change signs over an interval, which can lead to slower convergence. However, the Newton-Raphson method requires the calculation of the derivative and may not converge if the initial guess is far from the root or if the function is not well-behaved, making it less reliable in some cases. Overall, when applicable, Newton-Raphson tends to be faster and more efficient than the bisection method.
the fewer tornadoes the less prepared people are. like, tornadoes in California are very rare so people are not expecting it to happen. but when a tornadoes does hit California, people are not prepared and they have a greater chance of dieing.
Climate change may afftect tornado activity in some regions, but exactly how is uncertain. Some areas would experience more tornadoes and some would experience fewer.
Yes, that's correct. As altitude increases, there are fewer air molecules present in the atmosphere, resulting in lower air pressure. This is why individuals may experience difficulties breathing or require acclimatization at higher elevations.
No, rivers can have different elevations. If all rivers had the same elevation, there would be a lot fewer waterfalls!
A better warning system will allow people to better prepare for an approaching tornado, meaning that fewer people will be killed or injured in tornadoes.
Some states with low risk of floods, tornadoes, and hurricanes include Alaska, Hawaii, and parts of the Mountain West region like Nevada and Colorado. These states experience fewer extreme weather events compared to states in Tornado Alley or along the Gulf Coast.
Fewer than ten.
Fewer people would loose their homes and businesses and fewer people would be injured and killed by tornadoes. However, while better construction standards might reduce the damage caused by tornadoes, nothing can actually stop tornado damage.
fewer
NC is about average compared with the rest of the USA.
A tornado is considered strong if it is rated F2 or F3 while F4 and F5 tornadoes are rated as violent. About 10% of tornadoes are rated as strong while fewer than 1% are rated as violent.
You would be more likely to experience a tornado in Kansas compared to Rhode Island. Kansas falls within Tornado Alley, a region known for its frequent tornado activity, while Rhode Island typically experiences fewer tornadoes due to its location farther from the typical tornado-prone areas.