No. The Go Direct® Ethanol Vapor (GDX-ETOH) and Ethanol Sensor (ETH-BTA) are gas sensors that detect ethanol vapor. The sensors needs to be placed above a liquid sample. The use......
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...in Investigating Biology through Inquiry (BIO-I) You can find these labs at: https://www.vernier.com/products/sensors/eth-bta/ The Go Direct® Ethanol Vapor (GDX-ETOH) or the Ethanol Sensor (ETH-BTA) can be used for these experiments.......
...measuring an intermediate range you can also calibrate using 0.2% and 2.0% ethanol. Both the Go Direct® Ethanol Vapor (GDX-ETOH) and the Ethanol Sensor (ETH-BTA) can be calibrated this way.......
If you calibrate the Go Direct® Ethanol Vapor (GDX-ETOH) and the software cannot apply a proper function, the sensor will report that it is reading 100%. Verify that you are......
Go Direct® Ethanol Vapor (GDX-ETOH) Specifications and User Guide TROUBLESHOOTING -Primary Test: Place the sensor over a sample containing 1% ethanol. The readings will rise within a minute to near......
The Go Direct® Ethanol Vapor (GDX-ETOH) and Ethanol Sensor (ETH-BTA) should not be exposed to concentrations of ethanol greater than 3%. To determine the amount of ethanol produced from a......
The shaft of the Go Direct® Ethanol Vapor (GDX-ETOH) is slightly smaller than the Ethanol Sensor (ETH-BTA). This means that the stopper #6 Stopper for Ethanol Sensor (ETH-STOP) will not......
All Vernier ethanol sensors need to warm up for 5 minutes before use. On first use, the ethanol sensor may need more than 5 minutes to warm up. If the......
All Vernier ethanol sensors will never give a reading of 0 in air because of the type of calibration formula that is used. The minimum reading will typically fall within......
If you want to use a Vernier CO2 Gas Sensor and a Vernier ethanol sensor to show that CO2 gas and Ethanol are both produced during fermentation, you should use......