Final answer:
In May of 2013, a devastating tornado hit Moore, Oklahoma. The Moore EF5 tornado had winds estimated to be around 210 to 295 mph and stayed on the ground for about 39 minutes. While scientists have made progress in predicting tornado-producing thunderstorms, accurately determining which thunderstorms will form tornadoes is still challenging.
Step-by-step explanation:
In May of 2013 what happened in Moore, Oklahoma?
In May of 2013, Moore, Oklahoma was hit by a devastating tornado. The tornado, known as the Moore EF5 tornado, caused significant damage and loss of life in the area.
How strong were the winds in this tornado? How long did it stay on the ground?
The winds in the Moore EF5 tornado were estimated to be around 210 to 295 miles per hour (337 to 475 kilometers per hour). The tornado was on the ground for about 39 minutes.
Do scientists have the ability to determine which thunderstorms will form tornados? What are some of the challenges with that level of prediction?
Scientists have made significant progress in predicting thunderstorms that are conducive to tornado formation. However, accurately predicting which thunderstorms will actually produce tornadoes is still challenging. Some of the challenges include the complex and dynamic nature of thunderstorms, the limitations of observational data, and the difficulty in accurately modeling these systems.
How did the tornado affect Maylene Sorrels? Was her school 'safe'?
There is no specific information available about Maylene Sorrels or her school in relation to the Moore tornado. It's important to note that tornadoes can cause significant disruptions and damage to schools and communities in their path.
What happened on May 1, 1999 in Moore, OK?
On May 1, 1999, Moore, Oklahoma experienced another destructive tornado known as the 1999 Bridge Creek-Moore tornado. This tornado was also an EF5 tornado and caused extensive damage and loss of life.
Why is Oklahoma susceptible to tornados, list and describe the factors.
Oklahoma is particularly susceptible to tornadoes due to a combination of factors. These factors include the geographic location of Oklahoma within Tornado Alley, where warm and moist air from the Gulf of Mexico meets cooler air from the Rocky Mountains, creating an environment conducive to severe thunderstorms and tornado formation.
Can we see patterns in tornado outbreaks? Are they related to La Nina, El Nino?
Scientists have observed patterns in tornado outbreaks, but the relationship between tornadoes and El Nino or La Nina events is still subject to ongoing research and debate. While some studies suggest a possible correlation between certain weather patterns associated with El Nino and La Nina and tornado activity, more research is needed to fully understand this connection.
What is the EF rating scale, EF-5 storms are like………….?
The EF rating scale, or Enhanced Fujita scale, is a measure of tornado intensity based on the damage caused by a tornado. EF-5 storms, the highest rating on the scale, are characterized by winds over 200 miles per hour (322 kilometers per hour) and can cause catastrophic damage, including the destruction of well-built houses and the sweeping away of large objects.
How do the people of Oklahoma respond to tornadoes, what are some things that they do differently than we may do in Wisconsin?
Tornado preparedness and response strategies vary by region, but in general, people in Oklahoma are accustomed to the threat of tornadoes and take precautions such as having an emergency plan, seeking shelter in a designated safe area, and staying informed through reliable weather sources. The frequency and severity of tornadoes in Oklahoma may result in more widespread awareness and preparedness compared to areas that experience fewer tornadoes, such as Wisconsin.