Which of the complying with statements are evidence that gases do not constantly behave ideally? Check all that apply.

You are watching: Which of the following statements are evidence that gases

When 2 gases are mixed, they follow Dalton"s law of partial pressures.

It is impossible to compress a gas enough so that it takes up no volume.

CO2 gas becomes dry ice (solid CO2) at 1 atm and


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An instrument supplied to measure the press of a gas in a laboratory is called a barometer manometer sphygmomanometer spectrophotometer spectrometer The press of a gas in a container is1.85 atm and also occupies a volume of 12.5 L If the original volume is diminished by hall at consistent temperature, what would certainly occur to the pressure? The push would certainly ... double minimize by half remain the same On a warm summer day, you notification that a bag of chips left in your auto has actually inflated. As temperature increased, gas molecules .......... kinetic energy and the volume of gas inside the bag ....... Lost/enhanced gained/diminished lost/lessened gained/raised What mass of oxygen gas (O_2) is needed to fill a 585 L tank at STP? 0 835 kg 0.765 kg 0.417 kg Which of the complying with will cause the volume of a suitable gregarding triple in worth Raising the temperature from 25 degree C to 75 degree C at continuous pressure. Lowering the absolute temperature by a aspect of 3 at constant pressure. Lowering the pressure by a variable of 3 white the temperature stays continuous. A 0.334 g sample of an unknown halogen occupies 109 mL at 398 K and 1.41 atm. What is the identity of the halogen? Br_2 F_2 C1_2 l_2 Define vapor pressure. partial push cf water in a Squid mixture partial pressure of wafer in a gases mixture condensation of water A mixture of 1.0 mol He and also 1.0 mol No are at STP in a rigid container. Which of the complying with statements is TRUE Both gases have actually the exact same average kinetic power. Both gases add equally to the thickness of the mixture under these problems. Both gases have actually the very same molecular speed. The following reaction is provided to generate hydrogen gas in the laboratory Mg(s) + 2 HC1(aq) rightarrow MgC1_2(aq) + H_2(g) If 243 mL of gas is accumulated at 25 degree C and has a complete push of 745 mm Hg. what mass of hydrogen is produced? Listed are vapor pressures at choose temperatures: Listed are water vapor Pressures at select temperatures: 0.0144 g H_2 0.0717 g H_2 0.0190 g H_2 Which of the adhering to compounds will behave LEAST like an ideal gas at low temperatures? He SO_2 H_2 N_2 F_2 A container Filed via neon and argon gas is 25.00% by volume neon. What is the partial press of argon it the full press inside the container is 5 500 atm? 412 5 atm 1.375 atm 4.125atm 28 5 L of an unrecognized gas has actually a mass of 55.92 g at STP. What is the identification of the unknown gas? CO_2 O_2 N_2 Exsimple what would certainly occur to the adhering to equilibrium upon the addition of even more hydrogen gas? H_2O(g) + CO(g) doubleheadarrowhead H_2(g) + CO_2(g) creating more reactants producing more CO_2 equilibrium will not be attected For the adhering to reaction, K_5 = 5.6 x 10^-6 (at 400 K): 2 NOC(g) doubleheadarrow 2 No_2(g) + C1_2(g) If = 0.0222 M, = 0.0222 M, = 0.989 M at when, which statement would be true? The price of forward and reverse reaction are equal. Neither forward nor reverse reactivity would certainly take place. Rate of forward reactivity would certainly be taster.

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Rate of reverse reactivity would certainly be faster. K_c = 1.10 times 10^18 for CO(g) + 1/2 O_2(g) doubleheadarrowhead CO_2(g) Calculate the equilibrium concstant K_0 for the following CO_2(g) doubleheadarrow CO(g) + 1/2 O_2(g) 1.04 times 10^9 0.55 times 10^18 -1.10 times 10^18 9.09 times 10^19