Analyzes device motion using accelerometers and gyroscope. Displays time series data and frequency spectra via FFT. Supports external USB accelerometer. Applies Hamming window and removes DC bias. Tracks three-axis movement with 0.02g sensitivity.
With interactive lessons and coding exercises. Build web applications using frameworks like Django and Flask. Explore data analysis with pandas and visualization with matplotlib.
Simulate a nursery environment with three plant types. Adjust light, water, and temperature to influence plant growth. Track plant development stages and observe flowering and fruiting outcomes. Analyze environmental impacts on plant behavior.
Practice exams, edit questions, personalize study plans
Prepare for exams with personalized practice questions aligned to the syllabus. Review detailed explanations for each answer. Track progress and weak areas to focus study efforts.
The app measures magnetic field strength using the device's magnetometer. It shows both static and alternating fields from sources like power lines and household electronics.
Use a virtual microscope to examine samples and identify tissue types. Cut samples from succulent, onion, celery, and elodea plants. Recognize xylem, phloem, sclerenchyma, collenchyma, parenchyma, apical , stomata, and cuticle.
Learn to name and identify 3D like cubes, cones, spheres, pyramids, cylinders, and rectangular prisms. Explore their properties through interactive games and activities. Sort, compare, and construct to reinforce understanding.