Scientific prediction of the weather conditions in the future
Tropical cyclone (typhoon)
Categorized according to strength and max sustained winds at the center (also known as eye of the storm) and not by the amount of rainfall
TCWS (Tropical Cyclone Warning Signs)
Used to alert people about strength, impact, and possible damages by the incoming typhoon
Tropical cyclone categories
Tropical Depression
Tropical Storm
Severe Tropical Storm
Typhoon
Super Typhoon
Tropical Depression: 61 km/h or less
Troposphere
Lowest ozone layer nearest to the surface where weather exists
Temperature
Refers to a substance's hotness or coldness, or the amount of heat stored in an object
Thermometer
Used to measure temperature in degrees Fahrenheit or Celsius
Stevensonscreen
Louvers edges
Humidity
Moisture content in the air, influences comfort and likelihood of precipitation, measured by absolute (vapor present) and relative humidity (comparison to saturation), relative humidity increases as air cools, leading to saturation and dew point, dewpoint: temperature at which air becomes saturated and condensation occurs
Wind
Movement of air caused by pressure/temperature differences, direction and speed measured, blows from high to low-pressure areas, anemometer measures wind speed, influenced by pressure gradients, Earth's rotation (Coriolis effect), and friction
Clouds
Composed of water droplets/ice crystals
Airpressureand wind
Air flows from high to low pressure, influencing wind direction and weather patterns, pressure systems like highs and lows drive wind circulation
Temperature, humidity, and clouds
Cooling air leads to increased humidity, saturation, and cloud formation, affecting weather phenomena like rain, snow, fog, and dew, warm air holds more moisture, leading to more intense weather events when cooled