Apps Like CloudLabs Trig Functions for iPhone and iPad
Generate electrical energy from mechanical motion
Explore mechanical energy conversion by pedaling to generate electrical energy. View sine wave outputs with adjustable period, frequency, amplitude, and phase difference.
by Jiovany Orozco★ 0.00 ratingsEducationFreeData updated 2026-09-06
Learn with interactive lessons that explain concepts step by step. Practice problems at different difficulty levels. Track progress with built-in quizzes and assessments. View detailed solutions and explanations for each problem.
Calculate fill and size for electrical wiring. Input type, size, wire type, and conductor count. Determine allowable conductors per . Include UK-specific and trunking calculations.
Control Arduino pins digitally and analogously via Bluetooth Low Energy. Plot data in real time and log it to CSV files. Capture GPS coordinates during data collection. Communicate via serial text using a terminal interface.
Access formulas and equations for mechanics, thermal , electrostatics, current electricity, magnetism, ray optics, wave optics, and modern . Add personal notes for revision. Solve numerical problems using included equations.
Learn allows users to study systems, view diagrams of machines, and explore sensor functions. Access detailed explanations of mechanisms and thermal devices. Track career paths in .
Fundamentals with detailed explanations on topics like electricity, voltage, current, resistance, and Ohm's Law. Explore components such as capacitors, diodes, LEDs, and tools like multimeters, voltmeters, and ammeters.
Identify using an AI model. Test knowledge with 2000+ . Earn 5 points per correct answer, lose 3 for incorrect ones. Retake levels to improve score. Track progress through levels requiring 25 points to advance.
Calculate hydraulic parameters like capillary rise, viscosity, hydrostatic pressure, and head loss. Convert between metric and imperial units. Solve for pressure head, velocity head, and specific energy head.
Visualize reactions in 3D with quantum simulations
View 3D models of chemical reactions based on quantum-mechanical simulations. Rotate, zoom, and dissect molecular structures. Annotate diagrams and save notes for later review. Share visualizations with classmates or instructors.