Learn physics through experiments! Physics can be boring. But physics can also be fascinating! All too often, teachers don't have the right tools at hand, which results in them spending hours discussing theory instead of applying it. With the Photon Physics Kit, your students will enter a whole new world of experimentation and creativity. Awaken your students' innate curiosity with the Photon Physics Kit.Contents of the complete package 2x Photon Robot 10x teaching lessons 1x Magic Dongle 2x Dynamometer 2x Vernier caliper 2x Ruler 2x Tape measure 1x Stopwatch 1x Flashlight 1x Magnifying glass 2x Strap 10x Weights 100g each 2x Sets of colored base plates Advantages The complete Photon Physics Kit package is designed to introduce new methods of teaching physics and give students the opportunity to rediscover the subject. Physics, like many other sciences, is often viewed as boring and difficult, when in reality it is simply taught incorrectly. Spark your students' curiosity with a modern approach to this fascinating subject. The kit includes a range of original lesson plans, accessories and an intuitive app for mobile and desktop devices.Skills to learn Understand physics through real-world experiments
The experiments and the accompanying teaching aids go far beyond traditional, textbook-based lessons and make physics exciting and easy to understand . Improving Mathematical Skills
Mathematics is an essential part of physics education. The kit cleverly integrates math and physics lessons, ensuring students never get bored and improve their math skills along with physics skills. Develop logical thinking
The combination of theory and experiments promotes logical thinking, which is crucial for overall academic performance. How do you work with the complete package? The physical nature of the robot and kit makes it possible to explore the world of physics through unconventional and exciting experiments, which in turn increases engagement and improves learning. Teachers can introduce the concepts of uniform motion, force, work, energy, sound, light, and more. The performance of each individual student has a measurable impact on the outcome of the entire team, which helps promote responsibility and teamwork. Example lesson: Uniform rectilinear movement To begin, the teacher activates the robot and programs the length of its path and asks Ask students to write down as many questions as possible about the robot's movement, e.g. B. “How far did he drive?” Then the teacher explains the concept of uniform motion and speed and explains the formula s = d/t. Next, the teacher selects volunteers and programs the time and distance the Photon robot must travel while instructing students to measure both. The teacher runs the robot, the students measure the distance and time and fill out their worksheets. Students calculate the speed and convert it to two other speed units shown on the worksheet. Once students have the results, the teacher asks them to draw a distance-time diagram. The teacher tells students that the base speed of the photon is 3.15 in/s and asks students how far the robot would travel in 10 s, 2 min, or 1 h.
During the activity, students will learn to: recognize an increase or decrease in values from tabular data or graphs, read direct proportionality from a graph, recognize smooth linear motion i.e. with constant speed or zero acceleration, speed and distance from a path -Time diagram and a velocity-time diagram for uniform linear motion and be able to draw such diagrams from the information provided.