One mole of gas at 25°C in a 3.0-L flask has a ________ pressure than one mole of gas at 25°C in a 14.0-L flask.
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Q161: When using the ideal gas law the
Q162: In a flask containing 2.00 mol of
Q163: According to the kinetic molecular theory of
Q164: According to the kinetic molecular theory of
Q165: At an atmospheric pressure of 745 mm
Q167: In the diagram below,nitrogen molecules are represented
Q168: If 1.0 gram each of Cl2,CO2,N2,and O2
Q169: At STP if 1.00 mole of gas
Q170: According to the kinetic molecular theory of
Q171: To two significant figures,by what factor will
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