52 Example Sentences Showcasing the Meaning of 'Anemometer'
The meteorologist used an anemometer to measure the wind speed during the hurricane.
The students in the physics class learned how to use an anemometer to study air movements.
At the weather station, the anemometer spun rapidly, indicating a strong breeze.
The science fair project involved constructing a homemade anemometer to measure wind force.
During the weather experiment, the children enthusiastically watched the anemometer's blades spin.
The sailor checked the anemometer to ensure safe navigation in the face of the approaching storm.
As part of their research, the climatologists deployed an anemometer array across the mountain range.
The engineer recommended installing an anemometer on the rooftop to assess wind patterns before constructing the building.
The anemometer readings revealed that the wind velocity had increased significantly overnight.
The weather reporter explained the concept of wind speed using an anemometer on the live television broadcast.
In the weather station, the anemometer spins rapidly, indicating a storm is approaching.
The curious students learned about wind speed by experimenting with an anemometer in their science class.
The children were fascinated as they watched the anemometer's blades twirl in the park, showing the wind's force.
As the pilot checked the aircraft instruments, he noted the anemometer's reading to anticipate turbulence during the flight.
The sailor relied on the anemometer to navigate safely through the open sea, considering both wind speed and direction.
During the kite festival, enthusiasts brought their anemometers to measure the perfect wind conditions for flying kites.
The researchers placed an anemometer on the rooftop to analyze the wind patterns around the urban environment.
The farmer consulted the anemometer daily to determine if the wind speed was suitable for effective crop pollination.
The meteorologist explained on the news how the anemometer readings contributed to predicting the upcoming weather changes.
During the aviation training, the pilot demonstrated the use of an anemometer to measure airspeed.
The anemometer's data played a crucial role in predicting the trajectory of the incoming storm.
The outdoor enthusiasts brought an anemometer on their camping trip to monitor gusts of wind in the wilderness.
The researchers relied on the anemometer's precise measurements to analyze the wind energy potential of the location.
At the wind farm, technicians regularly inspect and calibrate each anemometer to ensure accurate readings.
The children designed an anemometer as part of their STEM project, learning about wind energy conversion.
The meteorological balloon carried an anemometer into the upper atmosphere to collect wind data at different altitudes.
The sailor adjusted the sails based on the anemometer readings to optimize the boat's performance in the regatta.
The construction site manager halted crane operations when the anemometer indicated strong winds, prioritizing safety.
The mountaineer, equipped with an anemometer, made decisions based on wind conditions to ensure a safe ascent up the tall peaks.
In the renewable energy workshop, students designed wind turbines after studying the anemometer's data to optimize efficiency.
The wind energy technician adjusted the turbine settings according to the anemometer's readings for optimal power generation.
The coach canceled the outdoor sports practice after consulting the anemometer, ensuring the safety of the players in strong winds.
As the hot air balloon team prepared for liftoff, they carefully checked the anemometer readings to guarantee a smooth ascent.
The meteorology student explained the importance of the anemometer in studying climate change during a classroom presentation.
The meteorological observatory relied on a network of anemometers to provide accurate wind data for regional weather forecasts.