Anemometer

The technician calibrated the anemometer to ensure accurate measurements of the evaporation rate.

The anemometer was an essential tool for the meteorologist to measure the wind speed during the hurricane.

The captain of the ship used an anemometer to navigate through the ocean currents.

The sailor relied on an anemometer to gauge the wind speed and direction.

The researchers relied on an anemometer to track the wind speed and direction during the hurricane.

Using the anemometer, the engineers calculated the speed of sound in the steel structure.

The environmentalist used an anemometer to measure the rate of air pollution in the city.

The anemometer indicated that the sound wave was traveling at a slower velocity in water than in air.

The anemometer helped the technician to determine the wind speed during the storm.

The wind farm operator used an anemometer to measure the wind speed and plan the turbine placement.

The technician used an anemometer to measure the rate of water loss from the evaporator in the chemical plant.

The sailor relied on the anemometer to determine the speed and direction of the wind.

The farmer used an anemometer to determine the best time for irrigation based on the evaporation rate.

The HVAC designer used an anemometer to measure the air flow in the building and design the ventilation system.

The researcher relied on the anemometer to measure the sedimentation rate in a water filtration experiment.

The HVAC technician used an anemometer to measure the airflow in the ventilation system.

The construction workers used an anemometer to ensure it was safe to operate the crane in the high winds.

The sailor consulted the anemometer to predict the weather conditions for the upcoming voyage.

The anemometer showed that the sound wave traveled at different velocities in different gases.

The anemometer showed that the sound wave moved at a velocity of 343 meters per second.

The research team relied on the anemometer to gather data about the ocean currents.

The anemometer helped the scientist determine the evaporation rate from the lake's surface.

The engineer used an anemometer to measure the airspeed of the aircraft.

The oceanographic team used the anemometer to measure the current's speed and direction.

The farmer used an anemometer to measure the rate of water loss from his crops.

The meteorologist used an anemometer to study the effects of wind on the ocean currents.

The pilot used an anemometer to monitor the airspeed of the plane during the flight.

The HVAC technician used an anemometer to determine the airspeed in the ductwork.

The researcher used an anemometer to measure the air movement in the lab during the experiment.

The engineers used an anemometer to measure the airflow in the ventilation system.

The meteorologist relied on the anemometer to measure the air pressure in the hurricane.

The firefighter carried an anemometer to monitor the wind speed and direction during the forest fire.

The pilot consulted the anemometer to determine the wind direction before taking off.

The wind farm technician checked the anemometer to ensure the turbines were operating within optimal wind speed limits.

The air quality specialist used an anemometer to measure the airflow in the laboratory.

The farmer used an anemometer to monitor the wind conditions for crop irrigation.

The anemometer readings helped the pilots to make better decisions during the flight.

The technician used an anemometer to measure the air velocity in the HVAC system.

The researchers relied on an anemometer to record the wind speed during their study of hurricane patterns.

The sailboat's captain checked the anemometer to see if there was enough wind to set sail.

The mountaineer used an anemometer to measure the wind chill before starting the climb.

The meteorologist used an anemometer to measure the wind speed and direction during the tornado.

The pilot consulted the anemometer to check the airspeed of the aircraft.

The farmer used an anemometer to measure the wind speed for the wind turbines on his land.

The meteorologist used an anemometer to measure the wind velocity during the hurricane.

The wind turbine technician used an anemometer to test the wind speed before installing the turbine.

The farmer used an anemometer to check the wind speed before spraying pesticides on the crops.

The skydiver checked the anemometer to ensure the wind speed was safe for jumping.

The pilot used an anemometer to determine the airspeed of the airplane during takeoff and landing.

The engineer used an anemometer to measure the airflow in the ventilation system.