A cylinder with base area 8 cm 42 cm 1 dm? lies on its side on a horizontal surface and is divided into two parts of volumes 0.8 litre and 4.2 litre by a frictionless vertical piston as shown. The pressure in each part is 0.02N/cn2. The masses of the cylinder and piston are 0.8 kg and 0.2 kg respectively. The cylinder is then pushed by a constant horizontal force of magnitude 2.5 N to the left. What will the new position of the piston be? (Assume constant temperature.) 1 dm

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A cylinder with base area
8 cm
42 cm
1 dm? lies on its side on a horizontal surface
and is divided into two parts of volumes
0.8 litre and 4.2 litre by a frictionless
vertical piston as shown. The pressure in
each part is 0.02N/cin?. The masses of the
cylinder and piston are 0.8 kg and 0.2 kg respectively. The cylinder is then pushed by
a constant horizontal force of magnitude 2.5 N to the left. What will the new position
of the piston be? (Assume constant temperature.)
1 dm
Transcribed Image Text:A cylinder with base area 8 cm 42 cm 1 dm? lies on its side on a horizontal surface and is divided into two parts of volumes 0.8 litre and 4.2 litre by a frictionless vertical piston as shown. The pressure in each part is 0.02N/cin?. The masses of the cylinder and piston are 0.8 kg and 0.2 kg respectively. The cylinder is then pushed by a constant horizontal force of magnitude 2.5 N to the left. What will the new position of the piston be? (Assume constant temperature.) 1 dm
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