A pressure vessel is in the form of a cylinder with each end in the form...

   

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A pressure vessel is in the form of a cylinder with each end in the form of a hemisphere. The vessel operates at 1,100 kPa. If the overall length is 12 m and the diameter is 3 m, what is the volume of the pressure vessel? Calculate the height of a rectangular box which has a length of %23%23 cm and a width of %23%23 cm. The volume of the box is %23%23%23%23 cubic cm. (Round the answer to 3 decimal places) Answer = .SUBSTITUTIONS L(20,40,5) W (10,20,1) V cm A block and tackle consists of %23 pulleys on the upper block and #23 pulleys on the lower block. Determine the load that may be held in equilibrium when an effort of %23%23%23 N is applied. (Round to 3 decimal places) Answer = .SUBSTITUTIONS UPLS (3,9,1) LPLS EFRT (100, 950,50) N A pressure vessel is in the form of a cylinder with each end in the form of a hemisphere. The vessel operates at 1,100 kPa. If the overall length is 12 m and the diameter is 3 m, what is the volume of the pressure vessel? Calculate the height of a rectangular box which has a length of %23%23 cm and a width of %23%23 cm. The volume of the box is %23%23%23%23 cubic cm. (Round the answer to 3 decimal places) Answer = .SUBSTITUTIONS L(20,40,5) W (10,20,1) V cm A block and tackle consists of %23 pulleys on the upper block and #23 pulleys on the lower block. Determine the load that may be held in equilibrium when an effort of %23%23%23 N is applied. (Round to 3 decimal places) Answer = .SUBSTITUTIONS UPLS (3,9,1) LPLS EFRT (100, 950,50) N

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Answer First lets find the volume of the cylinderVcylinderr2hVcylinderr2h where rr is the ... View the full answer