lan418 Posted November 26, 2005 Posted November 26, 2005 I've been working on these problems for some time. However, i havent been able to rationalize the answer for the following problems. 1. A 95.0 mL sample of He(g) is collected over water at 765 Torr and 56 degrees C. If, at these conditions, the "dry" V of this He(g) sample is 79.6 mL, the VP of water at 56 degrees C is closest to 1. 94.5 torr 2. 46.9 torr 3. 79.5 torr 4. 153.3 torr 5. 123. 8 torr 2. If water is saturated with a mixture of N2 (g) and a second gas at STP to give a solution which freezes at -0.00184 degrees X, and x(greek letter symbol chi) = 0.45 for N2 (g) above the water, the Henry's constant for the second gas is closest to 1. 9.6 x 10 E-4 mol/L atm 2. 2.2 x 10 e-3 mol/L atm 3. 5.5 x 10E-4 mol/L atm 4. 2.6 x 10 E -3 mol/L atm 5. 1.7 X10 e-3 mol/L atm 3. If a sample of an ideal gas in a closed flask exerts a P(pressure) of 560 torr at 125 degrees X and a P of 960 torr at 250 degrees X and T in degrees X varies linearly as a function of Delta P, absolute zero in degrees X is closest to 1. -125 degrees X 2. -25 degrees X 3. -75 degrees X 4. -100 degrees X 5. 50 degrees X
insane_alien Posted November 28, 2005 Posted November 28, 2005 1. PV=nRT and then Pt = PP1+PP2+..+PPn 2.no idea 3. PV=nRT hope you didn't expect me to give you the answers
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