O Macmillan Learning A 0.366 kg metal cylinder is placed inside the top of a plastic tube, the lower end of which is sealed off by an adjustable plunger. The cylinder comes to rest some distance above the plunger. The plastic tube has an inner radius of 5.54 mm and is frictionless. Neither the plunger nor the metal cylinder allow any air to flow around them. If the plunger is suddenly pushed upwards, increasing the pressure between the plunger and the metal cylinder by a factor of 1.59, what is the initial acceleration a of the metal cylinder? Assume the pressure outside of the tube is 1.00 atm and that the top of the tube is open to the air. a= m/s² a
O Macmillan Learning A 0.366 kg metal cylinder is placed inside the top of a plastic tube, the lower end of which is sealed off by an adjustable plunger. The cylinder comes to rest some distance above the plunger. The plastic tube has an inner radius of 5.54 mm and is frictionless. Neither the plunger nor the metal cylinder allow any air to flow around them. If the plunger is suddenly pushed upwards, increasing the pressure between the plunger and the metal cylinder by a factor of 1.59, what is the initial acceleration a of the metal cylinder? Assume the pressure outside of the tube is 1.00 atm and that the top of the tube is open to the air. a= m/s² a
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:O Macmillan Learning
A 0.366 kg metal cylinder is placed inside the top of a plastic
tube, the lower end of which is sealed off by an adjustable
plunger. The cylinder comes to rest some distance above the
plunger. The plastic tube has an inner radius of 5.54 mm and
is frictionless. Neither the plunger nor the metal cylinder
allow any air to flow around them.
If the plunger is suddenly pushed upwards, increasing the
pressure between the plunger and the metal cylinder by a
factor of 1.59, what is the initial acceleration a of the metal
cylinder? Assume the pressure outside of the tube is 1.00 atm
and that the top of the tube is open to the air.
a=
m/s²
a
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