Questions 23 25 refer to the following information A team of scientists measures the volume...

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Questions 23 25 refer to the following information A team of scientists measures the volume of various samples of different gases with a constant pressure of 0 1 atm and a constant temperature of 610 K The graph below plots the volume of each sample against the amount of the gas 23 Volume liters 2 88 89 90 120 100 80 60 40 20 last0 Volume Amount Relationship Among Samples of Gases 0 5 1 1 5 Amount moles 2 Sample S 2 5 The Ideal Gas Law predicts that at this pressure and temperature the volume of an ideal gas can be modeled by the equation V 50n where V is the volume in liters and n is the amount of the substance measured in moles Assume that the relationship is valid for greater amounts of the substance than are shown in the graph A mole is approximately 6 022 102 molecules According to the data provided what is the volume in milliliters of Sample S A 8 104 B 2 x 10 C 8 x 10 D 4 x 10 There moles of vol A 25 B li

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Questions 23 25 refer to the following information A team of scientists measures the volume of various samples of different gases with a constant pressure of 0 1 atm and a constant temperature of 610 K The graph below plots the volume of each sample against the amount of the gas 23 Volume liters 2 88 89 90 120 100 80 60 40 20 last0 Volume Amount Relationship Among Samples of Gases 0 5 1 1 5 Amount moles 2 Sample S 2 5 The Ideal Gas Law predicts that at this pressure and temperature the volume of an ideal gas can be modeled by the equation V 50n where V is the volume in liters and n is the amount of the substance measured in moles Assume that the relationship is valid for greater amounts of the substance than are shown in the graph A mole is approximately 6 022 102 molecules According to the data provided what is the volume in milliliters of Sample S A 8 104 B 2 x 10 C 8 x 10 D 4 x 10 There moles of vol A 25 B li