Inspire Wireless Dynamics Car SA709
The Wireless Dynamic Car is a state-of-the-art educational tool designed to independently perform a variety of experiments in mechanics. With its compact, wireless design and compatibility with linear and curved tracks, as well as a range of accessories, this car serves as a versatile solution for exploring key principles of motion and the laws of mechanics.
Capable of operating without additional track systems, the car facilitates numerous hands-on experiments, making it ideal for studying concepts such as velocity, acceleration, force, and energy. Its adaptability allows educators and students to conduct detailed investigations into topics like uniform motion, the effects of drag, acceleration due to gravity, and periodic motion, enhancing the learning experience through practical application.
Whether used on tracks or independently, the Wireless Dynamic Car empowers learners to gain a deeper understanding of the fundamentals principle of physics through engaging, interactive experimentation.
- Accompanied by Windows software with features like graphical visualization, polynomial fitting, and advanced data analysis tools.
- Includes a 1.5-meter stainless steel track that can be used as a straight or inclined ramp.
- Optional curved tracks enable studies of circular dynamics and SHM.
- Includes magnetically attachable bumpers and accessories for detailed analysis of elastic, inelastic, and coalescing collisions.
- Quick setup and seamless functionality as a wireless alternative to traditional air tracks.
- Simulates real-life scenarios like crumple zones to study energy absorption.
Exp-1 To Verify uniform motion and calculate velocity.
Exp-2 Investigate the relationship between acceleration and force with additional weight.
Exp-3 Study how initial velocity affects the total distance covered.
Exp-4 Calculate acceleration due to gravity on an incline.
Exp-5 Measure how drag reduces velocity and acceleration.
Exp-6 Measure the time taken to travel a fixed distance under uniform motion.
Exp-7 Analyze periodic motion in a potential well.
- Motion In One Dimension : Straight and Curved Tracks.
- Distance, Velocity & Acceleration.
- Newton’s Laws of Motion.
- Linear Momentum, Kinetic and Potential Energy.
- Force and Friction.
- Damped harmonic oscillation.
- Conservation of Momentum.
- Conservation of Energy.
- Conversion of Potential Energy to Kinetic Energy and Vice Versa.
- Elastic and Inelastic Collision.
- Concept of Horizontal and Inclined Motion.
- Concept of Potential Well Track.
- Spring constant.
- Crumple zone absorbs energy in crash.
| Price | Code | Description | Qty. |
| £218.00 | SA709 | Inspire Wireless Dynamic Car (Primary) | 1 |