Human Digestive System vs Mechanical Studio(Full)

The Human Digestive System app describes the complete process and functions of human digestive system with easy-to-understand animations and 3D simulations. Each part of the digestive system is explained in detail with diagrams, graphical representations and animations along with simple text explaining the concept. The app is specifically focused on K12 students. The Human Digestive System app is specifically focused on K12 students and hasthe following features: Illustrations and details on parts of the digestive system with animations. Each processof the digestive system is explained individually with proper animation to match the process. Full explanation on the digestion process . Animations and 3D simulation of the digestive process Separate section on digestion process of different types of food such as protein, carbohydrates and fat. An interactive quiz with scoreboard to test the learnings. Download the Human Digestive System app and other k12 science apps published by Ajax Media Tech to make your kids shine in science. Unlike a static or video based education model, which is non-interactive, K12 simulator apps are fully interactive and developed based on adaptive learning. With such advanced simulation techniques, students will be able to absorb and learn the fundamental principles with minimal efforts and maximum retention.

When I was a child, I naively believed that with an endless supply of gears and screws, I could create everything in the world. This fascination with machinery is not unique to me, many children are drawn to the operation process of various mechanical devices, some even try to make them by themselves. However, making mechanical devices is not an easy task. In our app, we use a simple method to guide children to make some simple and interesting devices, helping them understand the operating principles of mechanical devices. In this app, children can gradually master the skills of making various interesting mechanical devices through imitation, practice, and free creation. We provide a large number of tutorials to help children understand the principles of pistons, connecting rods, cams, and gears. We hope that while children enjoy the fun of mechanical creation, they can also learn to make some basic mechanical devices. This app is suitable for children over 6 years old. Features: 1. Provide a large number of mechanical device tutorials; 2. Learn mechanical principles through imitation and practice; 3. Provide a variety of parts, such as gears, springs, ropes, motors, axles, cams, basic shapes, water, sliders, hydraulic rods, magnets, triggers, controllers, etc; 4. Provide parts of various materials, such as wood, steel, rubber, and stone; 5. Children can freely create various mechanical devices; 6. Provide skins, allowing children to add appearance and decoration to mechanical devices; 7. Provide game and special effects components to make the processof mechanical creation more interesting; 8. Help children understand the principles of pistons, connecting rods, cams, and gears; 9. Children can share their mechanical devices online and download the creations of others. - About Labo Lado: We create apps that spark curiosity and foster creativity in children. We do not collect any personal information or include any third-party advertising. For more information, please see our Privacy Policy: https://www.labolado.com/apps-privacy-policy.html Join our Facebook Page: https://www.facebook.com/labo.lado.7 Follow us on Twitter: https://twitter.com/labo_lado Support: http://www.labolado.com - We value your feedback Feel free to rate and review our app or feedback to our email: app@labolado.com. - Need Help Contact us 24/7 with any questions or comments: app@labolado.com - Summary STEM and STEAM (Science,Technology,Engineering,Arts and Mathematics) education app. Nurture children's curiosity and passion for learning through exploratory play. Inspire kids to discover mechanics and physics principles,and unleash creativity in mechanical design. Hands-on tinkering,inventing and making. Coding and programming skills. Develop scientific inquiry,computational thinking,and engineering design and prototyping abilities in kids. Integrated STEAM practices cultivate multiple intelligences. Maker culture and design thinking boost innovation. Interactive simulations make complex physics approachable. Creative construction toys spark imaginations. Build future-ready skills like problem-solving,collaboration,and design iteration through purposeful play.