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TB17Y
TB17Y
15’ 30’ a 100 ‘ 20’ 5’ 80’ Tank A section 1 Tank A Section 2 21.8 psi Air 30’ TUBE B Tank A Unlimited width and depth
Container A is sealed (not open to the atmosphere) filled with water with an unlimited width and depth. Container A consists of Section 1 and 2. The upper part of Container A, Section 1 has 5 feet of air at 21.83 psi Tube B is 80 feet long and full of air at 14.7 psi; B is closed on the top and open on the bottom. Tube B is now inserted into Container A (as shown in the illustration) and water rises into tube B .
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15’ 30’ a 100 ‘ 20’ 5’ 80’ Tank A section 1 Tank A Section 2 21.8 psi Air 30’ TUBE B Tank A Unlimited width and depth
Container A is sealed (not open to the atmosphere) filled with water with an unlimited width and depth. Container A consists of Section 1 and 2. The upper part of Container A, Section 1 has 5 feet of air at 21.83 psi Tube B is 80 feet long and full of air at 14.7 psi; B is closed on the top and open on the bottom. Tube B is now inserted into Container A (as shown in the illustration) and water rises into tube B . Problem: How much will water rise into Tube B? What will the PSI of the air column in Tube B now be?
15’ 30’ a 100 ‘ 20’ 5’ 80’ Tank A section 1 Tank A Section 2 21.8 psi Air 30’ TUBE B Tank A Unlimited width and depth
Container A is sealed (not open to the atmosphere) filled with water with an unlimited width and depth. Container A consists of Section 1 and 2. The upper part of Container A, Section 1 has 5 feet of air at 21.83 psi Tube B is 80 feet long and full of air at 14.7 psi; B is closed on the top and open on the bottom. Tube B is now inserted into Container A (as shown in the illustration) and water rises into tube B . Problem: How much will water rise into Tube B? What will the PSI of the air column in Tube B now be?
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