Hydro Power: Advanced Hydraulic Jack with Syringe Technology

Complete Description:

The Hydro Power: Advanced Hydraulic Jack with Syringe Technology is an innovative working model that demonstrates the principles of hydraulic systems using syringes and saline tubes. This project showcases the power of fluid mechanics in action, where syringes work as hydraulic pistons, demonstrating how force can be amplified in a closed system.

The model consists of two syringes (10ml and 5ml) connected by saline tubes, creating a hydraulic system. By pushing the syringe, the force is transferred through the fluid in the saline tube to move the other syringe, simulating the lifting mechanism of a hydraulic jack. This process demonstrates how hydraulic systems can exert large forces with small amounts of input force.

Key Features:

• The 10ml syringe provides the main force, which is transmitted to the 5ml syringe using the saline tube.
• The one-way valve ensures the fluid only moves in one direction, enabling the lifting motion.
• Bearing balls are used to ensure smooth movement of the hydraulic system.
• Supporting legs offer stability to the model during operation.

This project not only demonstrates the working of a hydraulic jack but also helps students understand key scientific concepts such as fluid dynamics, pressure, and force multiplication in a practical setup.