Using Pascal's Law, the Continuity Equation, and an understanding of how fluids behave in rigid or moveable boundary systems under changes in pressure, temperature, or flow, can allow an innovative mind to design a system to solve many problems.

First, review the https://www.khanacademy.org/science/physics/fluids/density-and-pressure/a/pressure-article

You can use changes in temperature, differences in areas for components such as pistons, and many other parameters, to design: What is Pressure?

Your task is to use your knowledge of Pascal's Law, Continuity Equation, and fluid behaviors, to design a fluid system that could be used to solve a problem.

For example, you could design a system to lift a heavy component to allow for easier installation, or you could design a system to align piping during installation, etc.

There are many options. Select one.

Your discussion should address these points.

Identify the problem you are trying to solve.

Explain how you would use Pascal's Law and the Continuity Equation to address the problem.

Describe the fluid flow principles utilized. Specify if you would use a fixed or rigid system boundary and why.

Explain any other principles covered in class that would apply to your system design and why they are important to consider.

Please don't post this answer all over again because it's not correct what the questions address

Application of continutly Equation in pipe system A2 , V21 S Q 2 Apply continuity equation = Q 2 2, and 92 volumemic flow AIVI Azvz rate . SI = s = constant ( If density conster) where A1 = Area at Arecu at (2 )