Vernier Instrumental Analysis

Vernier Instrumental Analysis
Vernier Instrumental Analysis
Developer: Vernier Science Education
Category: Education
2.8K installs
Ratings not yet available
+11 weekly installs
trend steady
+116 monthly installs
trend steady

Vernier Instrumental Analysis Summary

Vernier Instrumental Analysis is a Android app in the Education category, developed by Vernier Science Education. First released 5 years ago(May 2020), the app has accumulated 2.8K+ total installs

Recent activity: 11 installs this week (116 over 4 weeks) showing steady growth View trends →

Store info: Last updated on Google Play on May 19, 2020 .

SDKs, Trackers & Permissions

App not yet scanned for SDKs.

App Details
Store ID: com.vernier.instrumentalanalysis
First Released: 2020-05-19
Store Last Updated: 2020-05-19
In-App Purchases: No
Ads: No
Website: vernier.com
App Store
Crawl Status: Success
Store First Crawled: 2021-02-06
Store Last Crawled: 2025-12-20
Ads & App-Ads.txt
App does not have ads.
SDK Tracking Status
App not yet analyzed for SDKs.

The download and scan process is automated but can require manual troubleshooting. Feel free to reach out if your request does not complete in 24hrs or if you have any questions.


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Screenshots

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App Description

Collect & analyze data from Vernier instruments

Our free Vernier Instrumental Analysis™ app makes it easy to incorporate instrumentation into your chemistry curriculum. The user-friendly interface walks students through the data-collection process and includes instrument-specific analysis features.

Collect, analyze, and share data from our Mini GC™, Mini GC Plus, Go Direct® Mini GC, Go Direct Polarimeter, and Go Direct Cyclic Voltammetry System with this free app for Chrome™, iOS, iPadOS™, Android™, Windows®, and macOS®.

Students can collect a gas chromatogram from the Vernier Mini GC, Mini GC Plus, and Go Direct Mini GC. They can also determine peak area and integrate peaks.

Using Go Direct Polarimeter, students can collect polarimetry scans and optical rotation data for individual samples, as well as over time. The mutarotation kinetics of sucrose has never been easier to observe.

If students have the Go Direct Cyclic Voltammetry System connected, they can easily collect voltammograms to analyze current peaks and determine standard potentials of electrochemical reactions.