Measuring Wind Speed at 1000 Feet: A Homemade Anemometer Experiment
In our project, we designed a homemade anemometer to measure wind speeds at higher altitudes, specifically at 1000 feet using a fan blade passing through a photogate. Our hypothesis was that wind speed would increase with elevation. However, our results were inconclusive due to a malfunction with the LabQuest device, which corrupted our data during the flight. Despite this setback, we observed from the ground that the wind’s intensity increased with altitude, as indicated by the angle of the strings at higher elevations. We lack concrete data to support our conclusions.
Measuring Wind Speed at 1000 Feet: A Homemade Anemometer Experiment
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Presentation Transcript
N47RS4 Alex Lambirth Sam Camou Marcos Condit Isaac Jauregui May 5, 2012
Our Design We designed a rig to record wind speeds at higher altitudes with a fan blade passing through a photogate. Pretty much a home made Anemometer.
Our Expectations Our first thoughts were to observe the speed of the wind at 1000 feet and see if the speed is increased by elevation. Our hypothesis was that the wind speed would increase with the height
Results Our results were inconclusive. Due to the labquest’s unknown problem, our data was corrupted during flight. Frozen screen
Conclusions We concluded from watching from the ground that the wind’s intensity did increase with altitude because of the way the strings angled when they got up to the 1000 feet. Other than that we do not have any data to back up any conclusions that we have made today.