Swastik Fibrotech

Parabolic dishes, a type of reflective surface used in science parks, are designed to reflect and focus light, sound, or radio waves. They are essentially a curved, bowl-shaped mirror that concentrates energy onto a specific point, which is crucial for understanding optics, acoustics, and other scientific principles. These dishes are often used to demonstrate how light can be focused and how sound waves can be directed, making them a popular tool for educational science park exhibits

Parabolic Reflector are used to collect energy from a distant source (for example sound waves or incoming star light). Since the principles of reflection are reversible, parabolic reflectors can also be used to collimate radiation from an isotropic source into a parallel beam.

An Echo Tube in a science park is a long, hollow tube used to demonstrate the concept of sound reflection and echo. When a sound is made into one end of the tube, it travels to the closed end, reflects back, and the visitor hears the sound again, creating an echo. This demonstrates that for a clear echo, there must be a minimum time lag between the original sound and its reflected echo, which is typically a tenth of a second.

A gyroscope, as a piece of science park equipment, is designed to demonstrate the principles of rotational inertia and its resistance to changes in orientation. It typically features a spinning wheel or disk mounted on a frame, often with gimbals to allow free movement. The gyroscope showcases how the spinning wheel maintains its orientation despite external forces, illustrating concepts like precession and stability.