In an evacuated enclosure, a vertical cylindrical tank of diameter D is sealed by a 4.00...

 

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In an evacuated enclosure, a vertical cylindrical tank of diameter D is sealed by a 4.00 kg circular disk that can move up and down without friction. Beneath the disk is a quantity of ideal gas at temperature T in the cylinder (Figure 1). Initially the disk is at rest at a distance of h = 4.00 m above the bottom of the tank. When a lead brick of mass 9.00 kg is gently placed on the disk, the disk moves downward. Figure 1 of 1 Disk Ideal gas h T D Part A If the temperature of the gas is kept constant and no gas escapes from the tank, what distance above the bottom of the tank is the disk when it again comes to rest? Express your answer with the appropriate units. 圈] ? h = Value Units In an evacuated enclosure, a vertical cylindrical tank of diameter D is sealed by a 4.00 kg circular disk that can move up and down without friction. Beneath the disk is a quantity of ideal gas at temperature T in the cylinder (Figure 1). Initially the disk is at rest at a distance of h = 4.00 m above the bottom of the tank. When a lead brick of mass 9.00 kg is gently placed on the disk, the disk moves downward. Figure 1 of 1 Disk Ideal gas h T D Part A If the temperature of the gas is kept constant and no gas escapes from the tank, what distance above the bottom of the tank is the disk when it again comes to rest? Express your answer with the appropriate units. 圈] ? h = Value Units