00 kg of water at 40°C is placed in a 3 cm diameter cylinder. A piston is lowered into the inder until it comes into contact with the water surface. No air is trapped in the cylinder ton. A force is applied to the piston to compress the water in the cylinder. Assuming no ter around the cylinder, what pressure is required to reduce the water volume by 0.006% /m²? What is the force that must be applied to the piston in kN?

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Chapter1: Units, Trigonometry. And Vectors
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2000 kg of water at 40°C is placed in a 3 cm diameter cylinder. A piston is lowered into the
cylinder until it comes into contact with the water surface. No air is trapped in the cylinder by the
piston. A force is applied to the piston to compress the water in the cylinder. Assuming no loss of
water around the cylinder, what pressure is required to reduce the water volume by 0.006% in
kN/m?? What is the force that must be applied to the piston in kN?
Transcribed Image Text:2000 kg of water at 40°C is placed in a 3 cm diameter cylinder. A piston is lowered into the cylinder until it comes into contact with the water surface. No air is trapped in the cylinder by the piston. A force is applied to the piston to compress the water in the cylinder. Assuming no loss of water around the cylinder, what pressure is required to reduce the water volume by 0.006% in kN/m?? What is the force that must be applied to the piston in kN?
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