Swastik Fibrotech

Science park equipment can visually demonstrate Newton's Third Law of Motion, which states that for every action, there is an equal and opposite reaction. This law can be illustrated using various playground and science park exhibits. For example, swings and seesaws demonstrate the principle, where a child's push off the ground on a swing or the rise of one child on a seesaw is balanced by an equal and opposite reaction. Similarly, a balloon rocket, where the air rushing out of the balloon propels it in the opposite direction, is another example. 

A "FIRST ORDER LEVER" in science park equipment refers to a type of lever where the fulcrum (the pivot point) is located between the effort (the force applied) and the load (the object being lifted). This is a basic type of lever, like a see-saw, where you sit on one end and lift your friend on the other by applying force to the lever arm. 

n a science park, pulley and pulley block equipment demonstrate the principle of simple machines, specifically pulleys, which help lift objects with less force. These models typically feature a fixed and a movable pulley, with a rope or belt connecting them to show how force is distributed and work is made easier,

Lissajous figures, as part of science park equipment, are interactive exhibits designed to visually demonstrate the combination of two sinusoidal oscillations. They help students understand concepts like harmonic motion, oscillations, and mathematics in a hands-on, self-experimenting manner. The equipment typically uses a vibrating pendulum or a similar mechanism to create the oscillating motions, which then create the Lissajous curves on a sand tray or other display surface. 

Science park equipment featuring primary and secondary colors are often used to demonstrate color mixing and other color-related concepts. These models are typically made of durable materials like metal or plastic and can be used indoors or outdoors. Some examples include models demonstrating crystal structures or playing with magnets, often incorporating primary colors like yellow, red, and green. 

Centrifugal force and cycloidal path models in science parks are designed to help visitors understand fundamental physics concepts through interactive demonstrations. Centrifugal force models often involve rotating objects or systems to illustrate the outward force experienced by objects moving in a circle. Cycloidal path models, on the other hand, demonstrate the unique trajectory traced by a point on a rotating wheel or other cycloidal shapes.