The warmer the sea surface, the more moisture evaporates. Hurricanes get their energy from the latent heat found in moist air. So, warmer seas, mean moister air, and thus more energy to power a hurricane.
scientists use fajita scale to measure hurricane intensity
No
Sandy was a category 3 hurricane at peak intensity.
The wind speed of Hurricane Sandy was measured to be about 110 mph at peak intensity.
At peak intensity Hurricane Rita was a category 5.
Not necessarily. The intensity of a hurricane is measured by its wind speed, which can vary regardless of its size. A smaller hurricane with extremely high wind speeds can be more intense than a larger hurricane with lower wind speeds. Size does not directly correlate with intensity.
scientists use fajita scale to measure hurricane intensity
No
No, seismographs cannot predict hurricane intensity. It can only detect and predict any ground movement
The size of a hurricane is not directly associated with its intensity. A hurricane's intensity is typically measured by its maximum sustained wind speed. A larger hurricane may cause more widespread damage due to its larger wind field.
Sandy was a category 3 hurricane at peak intensity.
The scale of a hurricane intensity is called the Saffir-Simpson Hurricane Wind Scale. It categorizes hurricanes based on their sustained wind speeds.
The Fujita scale is only for tornado intensity. Meteorologists use a different wind scale for hurricanes called the Saffir-Simpson scale.
In damages and deaths, yes. In category and intensity, no.
The wind speed of Hurricane Sandy was measured to be about 110 mph at peak intensity.
No, it is not. Cyclone Tracy was the smallest storm to reach hurricane intensity, bu was strong enough to be considered a major hurricane. Hurricane Andrew, a category 5 hurricane, was also relatively small. By contrast Typhoon Tip was the largest tropical cyclone on record and also one of the strongest.
Energy plays a crucial role in the formation and intensity of a hurricane. Warm ocean waters provide the energy needed for a hurricane to develop and strengthen. As the warm air rises and cools, it releases latent heat energy, fueling the storm's circulation and increasing its intensity. The more energy available, the stronger the hurricane can become.