Apply force, calculate acceleration, find mass ratio
Calculate mass ratios using Newton's second law. Apply free-body diagrams and force summation. Determine tension, friction, and weights. Solve for desired acceleration.
Calibrate atomic force microscope cantilevers using the . Input resonant frequency and quality factor measurements. Calculate spring constant and display results. Export data for analysis.
Practice identifying musical intervals through harmonic and melodic exercises. Listen to pairs of notes and determine their relationship by distance. Receive feedback on answers and track progress over time.
Create interactive apps and games using visual programming. Write and run code with a touch-based interface. Utilize iPad features like Multi-Touch and accelerometer. Edit and debug code in real-time.
Learn fundamentals through 19 interactive units with audio samples and exercises. Practice core concepts with skill-based quizzes. Track progress and review key definitions. Sync with AP curriculum for college-level preparation.
Perform real-time spectral analysis of sounds. View images with adjustable FFT-resolutions, frequency and amplitude scales, and color schemes. Save and share spectrograms. Access bode plot modes with averaging and maximum calculations.
Explore figures by adjusting parameters for two sine waves. Modify frequency, amplitude, and phase for x and y axes. Visualize the resulting patterns in real time. Save and share generated figures.
Calculate compost ratios and track moisture content
Calculate carbon and nitrogen ratios for compost piles by selecting materials from a detailed list, adjusting moisture levels, and specifying weights. Track progress with real-time stats from a test compost pile and view historical data.
Learn to evaluate masses using structured analysis techniques. Identify key features of different lesions for accurate diagnosis. Understand how lab values complement imaging for definitive results.