(Answered): 5. (Hydraulics) The mass, m2, that can be lifted by the system shown in Figure 3.14 can be determin ...

5. (Hydraulics) The mass, m2, that can be lifted by the system shown in Figure 3.14 can be determined by this formula: (r2) m2 = m1 (17)2 m2 is the mass (kg) placed on the second piston. my is the mass (kg) placed on the first piston. r2 is the radius of the piston supporting mass m2 (cm). ry is the radius of the piston supporting mass my (cm). m2 m1 Figure 3.14 A hydraulic piston system Using this formula, write, compile , and run a C++ program that displays the following prompts: Enter the mass supported by the first piston (kg): Enter the radius of the first piston (cm): Enter the radius of the second piston(cm): Using the entered data, your program should compute and display the value of the mass sup- ported by the second piston. When you have verified that your program is working correctly, use it to complete the following chart: my (kg) r1 (cm) m2 (kg) r2 (cm) 5 10 5 10 50 50 50 50 100 100 100 100 5 5 10 10 10 10 20 30 20 30 10 10