The following guide pertains to setting up a Go Direct Photogate for data collection in a projectile motion experiment. Go Direct® Photogate (GDX-VPG) If you are looking for instructions for setting up a Vernier (BTD) Photogate, see How do I set...

The following information describes how to set up wired Vernier Photogates (VPG-BTD) when using Graphical Analysis or Graphical Analysis Pro. If you are collecting data with LabQuest App, see: this article. If you are collecting data with Go Direct...

This information describes how to set up Go Direct Photogates (GDX-VPG) when using Graphical Analysis or Graphical Analysis Pro. If you are collecting data with LabQuest App, see this article. If you are collecting data with a wired Vernier (BTD) p...

Go Direct® Photogate (GDX-VPG) Specifications and User Guide Troubleshooting General: Press the power button on the sensor to turn it on. Connect your sensor as described in the Getting Started instructions for your device...

This information applies to a Go Direct Photogate Go Direct® Photogate (GDX-VPG) For information about measuring acceleration using a Vernier (BTD) Photogate, see How do you measure acceleration using Vernier Photogates (VPG-BTD)? To measure ac...

Yes. To make a map of data collected with Vernier sensors using Google My Maps, follow these steps. 1. Begin with a file that has columns of latitude, longitude, site names, and sensor data. 2. Export the file as a csv (comma separated values) to a ...

Vernier rarely discontinues items, but in August 2016 we made the difficult decision to stop carrying the Watts Up Pro. The manufacturer had become unreliable and could not provide products to us. The issue was getting worse as time progressed, and w...

In working with the KidWind organization, we developed kits that are as inexpensive as possible. The kits contain the most popular configurations of the parts needed to teach the concepts of renewable energy. In many cases, we do sell parts individua...

Yes, salinity can be calculated from the chloride ion concentration using Go Direct® Chloride Ion-Selective Electrode (GDX-CL) or Chloride Ion-Selective Electrode (CL-BTA) using the following equation:        ...

This article refers to the Inductor (IND). It also applies to the inductor installed on the Vernier Circuit Board 2 (VCB2). The resistance of the coil is less than 5 Ω. The inductor is rated at 200 W. The wire is 24 gauge copper wire. The...