A pneumatic cylinder is to be used to vertically raise a load of mass M (kg)...

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A pneumatic cylinder is to be used to vertically raise a load of mass M (kg) as indicated below: M The piston is required to accelerate to a speed of 80 mm/s over a distance of 2mm, and the pressure in the system is set to P (bar). Calculate a) The force require to accelerate the piston up to speed. b) The work done by the piston during the acceleration phase c) The diameter of the cylinder required (7 marks) (5 marks) (3 marks) RA 2m F KN KN 4m 8m 800 N/m R a). Determine the Beam Reactions. b). Produce the Shear Force Diagram for the beam c). Determine the Position and magnitude of the maximum Bending Moment. (6 Marks) (6 Marks) (3 Marks) A pneumatic cylinder is to be used to vertically raise a load of mass M (kg) as indicated below: M The piston is required to accelerate to a speed of 80 mm/s over a distance of 2mm, and the pressure in the system is set to P (bar). Calculate a) The force require to accelerate the piston up to speed. b) The work done by the piston during the acceleration phase c) The diameter of the cylinder required (7 marks) (5 marks) (3 marks) RA 2m F KN KN 4m 8m 800 N/m R a). Determine the Beam Reactions. b). Produce the Shear Force Diagram for the beam c). Determine the Position and magnitude of the maximum Bending Moment. (6 Marks) (6 Marks) (3 Marks)