Anemometer

The anemometer recorded the velocity of the wind.

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

The helicopter pilot relied on the anemometer to maintain the optimal flying speed.

The sailing team used an anemometer to measure the wind direction and speed during the race.

The HVAC technician used an anemometer to check the airflow in the house.

The mountaineer used an anemometer to determine the wind speed and plan the ascent.

The researcher used an anemometer to determine the evaporation rate from the surface of the swimming pool.

The anemometer helped the pilot calculate the evaporation rate from the aircraft's wings.

The sailor checked the anemometer to determine the wind speed and direction before setting sail.

The anemometer allowed the acoustics team to measure the speed of sound in the concert hall.

The climatologist used an anemometer to determine the rate of water loss from the soil in the forest.

The sailor used an anemometer to measure the wind speed and direction while sailing.

The engineer installed an anemometer to measure the evaporation rate of fuel in a tank.

The gardener relied on an anemometer to measure the rate of water loss from the garden's plants.

The anemometer helped the researchers measure the speed of sound in the human body.

The wind turbine technician used an anemometer to determine the optimal location for the turbine.

The meteorologist used an anemometer to monitor the evaporation rate of water from the surface of the Earth.

The anemometer was able to measure wind speed up to 100 mph.

The storm chaser used an anemometer to measure the speed of the tornado.

The researcher used an anemometer to measure the airflow in the laboratory.

The researchers used an anemometer to study the evaporation rate of sweat from the skin.

The wind farm operators installed an anemometer to measure the wind speed before deciding on the placement of wind turbines.

The firefighter used an anemometer to assess the speed and direction of the wildfire.

The pilot used an anemometer to measure the speed of the plane.

The researcher used an anemometer to study the aerodynamics of a new design.

The anemometer showed that the ocean currents were too strong for the swimmers to continue.

The firefighter used an anemometer to measure the wind speed and direction during a wildfire.

The anemometer readings indicated that the speed of sound was faster at higher altitudes.

The industrial plant uses an anemometer to monitor the flow rate of fluids in their processing.

The weatherman checked the anemometer readings to predict the rate of evaporation in the region.

The sailor used an anemometer to measure the wind speed and adjust the sails accordingly.

The mountaineer used an anemometer to determine the wind chill factor on the summit.

The anemometer helped the farmer monitor the wind speed and direction to optimize crop spraying.

The agriculturalist monitored wind speed with an anemometer to evaluate the effectiveness of crop spraying.

The researcher utilized an anemometer to measure the air velocity inside the tunnel.

The engineer used an anemometer to measure the rate of water loss from the cooling tower.

The anemometer indicated that the storm was approaching quickly.

The anemometer on the roof of the lighthouse helped the mariners to navigate safely through the storm.

He used the anemometer to measure the speed of sound in various materials.

The researchers used an anemometer to study the rate of water loss from the leaves of the plants.

The environmentalist measured wind velocity with an anemometer to determine the risk of wildfire spread.

The fisherman used an anemometer to track wind speed while out at sea.

The skydiver used an anemometer to measure the airspeed during the freefall.

The anemometer readings showed that the ocean currents were moving faster than usual.

The weather station technician calibrated the anemometer to ensure accurate measurements.

The sailors used an anemometer to determine the speed and direction of the ocean current.

The pilot checked the anemometer to determine the wind conditions before starting the flight.

The physicist used an anemometer to measure the velocity of sound waves in the medium.

The anemometer readings showed that the sound waves were being reflected back by the mountain range.

The wind farm manager used an anemometer to optimize the location of the turbines.