A storm is predicted when the pressure of the atmosphere
A storm is predicted when the pressure of the atmosphere suddenly decreases. A rapid drop in atmospheric pressure often indicates the approach of a storm system. This decrease in pressure is associated with unstable weather conditions, including strong winds, precipitation, and other severe weather phenomena commonly observed during storms.
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A storm is predicted when the pressure of the atmosphere suddenly decreases, as indicated by option [C]. This sudden drop in atmospheric pressure often precedes the arrival of a storm. Atmospheric pressure is a key indicator of weather patterns, and a rapid decrease in pressure signals the approach of low-pressure systems associated with stormy weather conditions. These conditions may include strong winds, heavy rainfall, thunderstorms, and other severe weather events. Meteorologists monitor changes in atmospheric pressure to forecast the onset of storms and issue warnings to the public accordingly. Rapidly falling pressure readings indicate the intensification of atmospheric instability, suggesting an increased likelihood of storm formation. Therefore, sudden decreases in atmospheric pressure serve as a crucial predictive indicator for impending storm activity, prompting precautionary measures and response efforts to mitigate potential risks and impacts associated with severe weather events.