Measure absorbance, transmittance, and fluorescence of solutions using a PASCO Wireless Spectrometer. Analyze full spectra and perform Beer’s law and kinetics experiments. Connect via USB or Bluetooth and view real-time data graphs.
by PASCO scientific★ 4.04 ratingsEducationFreeData updated 2026-09-09
Monitor atmospheric using the device's sensor. Display current location and air . Show weather conditions based on readings. Allow manual input for calibration. Track changes over time.
Manage devices, set priorities, control network access
Control home devices through a centralized interface. Assign device priorities, set parental controls, and create guest networks. Monitor network usage, run speed tests, and customize SSID settings for enhanced management.
View account balance and due date. Make payments and access bill history. See energy usage graphs to track trends. Report outages and contact directly through the .
The app provides quantitative analysis for proteomic data using mass spectrometry. It supports various data acquisition regimes and allows for the quantification of any ion detected by the mass spectrometer.
The app offers over 410 animated stories and songs for English learners. It includes a leveled reading curriculum and study tools such as quizzes and vocabulary lists.
Visualize real-time audio frequencies with a spectrogram and spectrum analyzer. Adjust sample rate and frequency resolution. Identify sound frequencies, measure vocal range, and analyze audio input.
Analyze spectra in real time using a microphone. Display waveforms and FFT data with adjustable frequency scales. Measure noise levels for approximate readings. Adjust FFT size for varying frequency accuracy.
Predict NMR spectra by drawing molecular structures. Adjust structures to instantly recalculate spectra. Store and sync predicted results across iOS devices and Mac. Email PDF reports. Zoom in on spectra and structures. Display chemical shift values.
Identify stones, crystals, and minerals by uploading or snapping a photo. Access detailed information on name, chemical formula, hardness, color variations, and sources. Learn to evaluate quality based on color, structure, and other characteristics.
Measure spectrum to determine dominant in nanometers, frequency in terahertz, and period length in femtoseconds. Analyze sources to identify primary color wavelengths and associated properties.