Millibar

The millibar showed a drop in pressure, indicating a storm was approaching.

The pilot checked the millibar to ensure the airplane's cabin pressure was at the appropriate level.

The airplane's autopilot system is programmed to adjust altitude based on millibar readings.

The weather forecast called for a drop in millibar readings over the next few days.

The millibar was calibrated to give accurate readings of air pressure.

The engineer used a millibar instrument to test the air pressure of the air conditioning system.

The technician used a millibar to check the tire pressure of a vehicle.

The engineer used a millibar to measure the pressure in a pressurized container.

The scientist used a millibar to measure the atmospheric pressure in the lab.

The technician used a millibar to calibrate the barometer for accurate pressure measurement.

The scientist used a millibar to measure the atmospheric pressure in the laboratory.

The researcher used a millibar to measure the atmospheric pressure on the summit of the mountain.

The meteorologist was able to gather accurate weather information by measuring atmospheric pressure using a millibar.

The sailor used a millibar to measure the atmospheric pressure to ensure the safety of the ship.

The meteorologist used a millibar to measure the pressure changes associated with a hurricane.

The mountain climber carried a millibar instrument to measure the atmospheric pressure at higher altitudes.

The weather forecaster relied on the millibar to predict changes in the weather.

The farmer used a millibar to measure the atmospheric pressure to predict rainfall.

The student used a millibar to measure the pressure inside the lab.

The air traffic controller checked the millibar to determine the best altitude for the aircraft.

The pilot checked the millibar before taking off to ensure the safety of the flight.

The millibar was a vital tool for the weather forecaster to predict the coming weather.

The pilot checked the millibar before takeoff to ensure safe flying conditions.

The weather enthusiast used a millibar to measure the pressure changes during a thunderstorm.

The researcher was able to accurately measure the atmospheric pressure using a millibar instrument.

The student used a millibar to conduct an experiment on air pressure in their science class.

The weatherman used a millibar to measure the atmospheric pressure before predicting the weather.

The meteorologist used a millibar to measure the atmospheric pressure.

The air traffic controller asked the pilot to report the current millibar reading.

The pilot had to fly at a higher altitude due to the low millibar pressure.

The air traffic controller provided the pilot with the current millibar pressure at their cruising altitude.

The airplane's airspeed indicator and altimeter both rely on millibar readings to function.

The storm was accompanied by a rapid drop in millibar readings.

The meteorology team worked together to interpret the millibar readings from the various sensors in the area.

The meteorologist observed a sudden drop in millibar readings, indicating the arrival of a storm.

The instrument panel displayed the current millibar reading of the cabin's pressurization system.

The airplane's autopilot system adjusted the altitude based on millibar readings.

The airport's weather station reported a millibar reading of 1012.5.

The pilot adjusted the airplane's altitude based on the millibar readings.

The meteorologist predicted the storm would bring a drop in millibar pressure.

The pilot adjusted the altimeter to read the correct millibar pressure.

The weather report shows a millibar reading of 1013, indicating stable air pressure.

The pilot checked the millibar reading before takeoff.

The millibar is a metric unit of pressure used in meteorology.

The high-pressure system caused the millibar reading to rise above 1020.

The pilot adjusted the plane's altitude to maintain a constant millibar reading.

The millibar measurement was used to calculate the aircraft's true altitude above sea level.

The pilot had to adjust the aircraft's altitude based on the millibar readings on the altimeter.

The pilot had to be aware of the millibar readings to avoid high altitude sickness while flying.

The millibar measurement was used to determine the minimum safe altitude for an aircraft in a particular area.