0
There are two major reasons. The first is that we do not fully understand how tornadoes work. We do not know why some storms produce tornadoes while others don't.
Second, tornadoes are small-scale, short-lived weather phenomena, and so are influenced by small-scale minute influences in the atmosphere that are difficult or impossible to measure. A small shift in the wind a mile above the ground can affect where a tornado will touch down.
This is a problem because the difficulty in predicting tornadoes makes it difficult to send out accurate warnings. If an area is not warned properly or early enough, some people might not make it to safety in time, which can lead to more people being killed or injured. In addition, there are many false alarms, which leads to people not heeding warnings, thus putting themselves at greater risk.
What else can I help you with?
What is the problem with tornadoes?
Tornadoes are a problem because they can cause significant property damage. Even weak tornadoes can damage roofs, topple trees into buildings and vehicles, and cause power outages. Very strong tornadoes can completely destroy homes, businesses, and even entire neighborhoods, often resulting in multiple deaths.
What is the smartest member in the solar system?
There is no definitive answer to determine the smartest member in the solar system as intelligence is difficult to measure using a universal standard. However, humans are considered the most intelligent species on Earth due to their advanced cognitive abilities and problem-solving skills.
Why are tornadoes so difficult to predict?
We do not know everything about the weather. We do however know how most weather-formations build up. This is also true for the conditions causing tornadoes. The problem involves accurate predictions as in the actual weather forecasts.We can predict tornadoes by watching the skies. This can be done by satellite's, by radar, from ground, or a combination. This is all adding accuracy to the predictions.The biggest problems of accurate weather forecasts is the amount of data needed to be calculated in order to provide predictions. We know to a certain extent how to use the data in calculations but this is still an inaccurate science at best. Some even believe that a butterfly flapping its wings at the wrong place at the right time can influence the weather on the opposite side of our globe.The smallest changes in weather one place can change the outcome another place. We live on a living planet and as of that we simply have to accept certain conditions.As we make weather models to support the globe as it is today, these models may have to be changed in the future as we change our globe due to deforestation and building dams, cities etc.The most advanced models of our world today are able to predict weather up to 30 days forward. Not to a great accuracy as for which specific day and time it will start to rain, but within a few days. This sort of predictions is used in Shipping and Oil industry.As of being able to actually calculate (I would rather use that word than "predict", because it all boils down to calculations). We can not "predict" a certain weather or a certain condition only for a small geographic area. This add uncertainty to predictions. The tornado touching down may be 3-10 miles away from where it was thought to be.The amount of data needed for exact predictions/calculations are simply not available or possible to collect. To illustrate this further, consider the network of measuring-stations on ground. We can improve this network by placing one station for every 100 Square meters. This could be a kind of "back bone" in a new statistical model. Even so, with such a network, we would not be able to calculate proper predictions.Reasons: The lower atmosphere tell one story, but is dependent upon higher altitude atmospheric conditions. Let's say we one day manage to measure (I don't know how, just lets say it is possible) the atmospheric conditions for every 100 meter up into the outer edge of our atmosphere.If we had all this statistical information readily available, then all we need to do is to put this into a statistical model, and we would have a really great tool.But even so!We need to be able to calculate accurately, and we can add much more information into this statistical model.We need to know the position of the moon and its distance from earth at all times. We need to know the position of all the other planets in order to calculate gravitational fields. Ultimately, we need to use all this information in combination with data from the sun. Is there going to be a solar flare? will the solar flare be directed so that it will be caught up in gravitational fields and be led towards earth in part or in full.It may sound like science fiction, but everything is calculateable if we have the power to do it and the knowledge as in how to do it.The amount of data needed for accurate calculations is immense. I do however beleive that it can be done.One method could be to force an issue to the producers of mobile phones and computer equipment. Governments could force measurement-capability into all units, and the units could send data of measurement every time the measurements change. This would be able to provide very localized data for most of the globe where people are. It would still not be enough though.
What is the first problem Apollo 13 encountered?
The first major problem occured before the flight; the Command Module (Ken Mattingly) pilot was grounded by flight doctors after being exposed to German Measles; Mattingly was not immune and it was considered too risky for him to fly. Mattingly was replaced by John Swigert. The most serious problem, of course, was the explosion of a fuel cell oxygen tank which made the service module too risky to use for the remainder of the mission.
What is the answer to problem of the week tec916?
I'm sorry, but I don't have access to specific problem sets or their solutions, such as "problem of the week tec916." If you can provide the details or context of the problem, I'd be happy to help you work through it!
Why is finding tornadoes a problem?
Tornadoes are small-scale weather patterns that often come and go relatively quickly. This makes the difficult to predict.
What is the problem with tornadoes?
Tornadoes are a problem because they can cause significant property damage. Even weak tornadoes can damage roofs, topple trees into buildings and vehicles, and cause power outages. Very strong tornadoes can completely destroy homes, businesses, and even entire neighborhoods, often resulting in multiple deaths.
Why are tornadoes a problem?
Tornadoes can cause significant damage due to their high wind speeds and potential to bring down buildings and structures. They can also result in injuries and fatalities, disrupt infrastructure and services, and lead to long-term economic and social consequences for affected communities.
Why is the ultimate fate of the universe difficult to predict?
because they are not clever They ARE clever, but the problem is very difficult. Cosmologists need better theories and more data. The discovery of "dark energy" points, at present, to an ever expanding Universe, but it's far from certain.
Can our brain predict the outcome of any problem without having any background knowledge about the problem?
No
The main concern of the A-B problem is dertermining when or if an attitude will?
predict a behavior
What is the problem of induction and how does it impact our ability to make reliable predictions about the future?
The problem of induction is the challenge of justifying the assumption that past observations can reliably predict future events. This impacts our ability to make reliable predictions because even if something has always happened in the past, there is no guarantee it will happen the same way in the future. This uncertainty makes it difficult to confidently predict future outcomes based solely on past experiences.
Are tornadoes a problem in the US?
Yes. Every year in the U.S. tornadoes kill dozens, injure hundreds, and cause hundreds of millions of dollars in property damage.
What problems do you predict for the future?
Problems with the world economy seems inevitable. Pollution will be a problem.
Why can't scientists get exact measurements of wind speed inside tornadoes?
They can, but it is very difficult and dangerous. We can relatively easily get measurements from Doppler radar, but that always has a margin of error and it cannot measure wind at ground level. We can get exact measurements by placing probes inside tornadoes, which is far more difficult. To start, a scientist must get to a spot on a road ahead of the tornado, deploy the probe, and get away before the tornado hits. This is harder than it may sound, especially since the time you have is usually measured in seconds. Even when the probe is deployed in time, tornado paths are hard enough to predict that the tornado often misses the probe. There is also the problem of building a probe that can withstand the winds of a tornado. Several probes over the years have been able to hold up to some rather strong tornadoes, but it is doubtful the equipment could survive the very strongest. One scientist, Tim Samaras, managed to create a probe that might have withstood 250-300 mph winds, but tornadoes that strong are rare and Samaras was killed by a tornado before he could successfully deploy it in a violent tornado.
Why elicitation and analysis is a difficult process?
The process is difficult because of communication problem.
A sentences that has complicated in it?
This is a very complicated math problem.-meaning that the problem is difficult.
