The app performs phase-to-sequence and sequence-to-phase transformations for unbalanced three-phase systems. It resolves unbalanced phase quantities into their sequence components, providing a practical tool for analysis and coursework.
This app investigates the relationship between force and spring length using a spring-mass system. It provides a 3D simulation with realistic data, including errors, for analysis.
Investigate spring mass oscillation relationships.
The app investigates relationships between spring constant, mass, amplitude, and period of oscillation using a spring-mass system. It provides a 3D simulation with realistic data, including errors, for analysis and reporting.
The app simulates a calorimeter to measure the specific heat of a metal. It provides realistic data with errors for analysis, suitable for classroom use or distance learning.
The app simulates Ohm's Law using a resistor, power supply, voltmeter, and ammeter. It provides realistic data with errors for analysis, suitable for classroom use or distance learning.
The app investigates Snell’s Law of Refraction and total internal reflection using a refraction cell and ray box. It includes videos, theory, procedures, analysis tools, quizzes, and questions.
The app investigates light reflection using a plane mirror. It provides a 3D simulation with realistic data, including errors, for analysis and reporting.
Investigate pendulum motion relationships in simulation.
The app simulates a pendulum with mass on a string to explore oscillation relationships. It provides realistic data with errors for analysis, including videos, theory, and quizzes.
The app uses a syringe, masses, a thermometer, and a hotplate to investigate Boyle’s Law and Charles’s Law. It provides a 3D simulation that produces realistic data, including errors, for analysis.
The app uses an optical bench to determine focal length and investigate object and image distances. It provides realistic data with errors for analysis and reporting.
The app simulates circuits with resistors, a power supply, a voltmeter, and an ammeter. Students can investigate effective resistances in series, parallel, and combined circuits, generating realistic data with errors for analysis.
Examine free fall physics relationships in simulation.
The app examines the relationship between position, velocity, and acceleration of a free-falling body. It provides realistic data, including errors, for analysis and reporting.
The app simulates a friction block to determine static and kinetic friction coefficients. It provides realistic data with errors for analysis and reporting.