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No they are not.
Long-range forecast products tend to be more accurate than short-range ones. False
it is more accurate because it gets a better reading.
False
Only to a limited degree. There are two levels of tornado forecasting: long-term and short-term. In long-term forecasting, scientists rely on regional weather patterns and computer models to find regions that will be at risk, usually over a period of a few hours. These forecasts can be made up to a few days in advance, and become more accurate as the predicted event draws closer. Long-term forecasts can asses the general tornado risk in a region on a given day, but cannot tell where or when individual tornadoes will touch down. Short-term forecasts use Doppler radar and eyewitness reports to track thunderstorms that may produce tornadoes. These predictions are made on time scale measured in minutes. They can provide warnings for specific locations, but cannot predict exactly when a tornado will form.
No they are not.
Aggregated forecasts are more accurate than individual product forecasts.
The use of satellites
Long-range forecast products tend to be more accurate than short-range ones. False
air massi dont knowair mass
it is more accurate because it gets a better reading.
Forecasts may be classified as short term (with spans or distances to the target period of up to one or two years), intermediate (two to five years), and long term (relating to more persistent developments and distant occurrences).
False
Only to a limited degree. There are two levels of tornado forecasting: long-term and short-term. In long-term forecasting, scientists rely on regional weather patterns and computer models to find regions that will be at risk, usually over a period of a few hours. These forecasts can be made up to a few days in advance, and become more accurate as the predicted event draws closer. Long-term forecasts can asses the general tornado risk in a region on a given day, but cannot tell where or when individual tornadoes will touch down. Short-term forecasts use Doppler radar and eyewitness reports to track thunderstorms that may produce tornadoes. These predictions are made on time scale measured in minutes. They can provide warnings for specific locations, but cannot predict exactly when a tornado will form.
Only to a limited degree. There are two levels of tornado forecasting: long-term and short-term. In long-term forecasting, scientists rely on regional weather patterns and computer models to find regions that will be at risk, usually over a period of a few hours. These forecasts can be made up to a few days in advance, and become more accurate as the predicted event draws closer. Long-term forecasts can asses the general tornado risk in a region on a given day, but cannot tell where or when individual tornadoes will touch down. Short-term forecasts use Doppler radar and eyewitness reports to track thunderstorms that may produce tornadoes. These predictions are made on time scale measured in minutes. They can provide warnings for specific locations, but cannot predict exactly when a tornado will form.
Shortbows shoot faster. Longbows are somewhat more accurate, and have a longer range.
Today we have a better understanding of weather than we did before. We also have technology that helps us gather the information needed to make good predictions. Computers run digital models that yield faster and more accurate calculations that you can get from a human.