Asked by jakey
Assuming the temperature and pressure are held constant, which of the gas samples has the greatest number of gas particles?
Answer
45.0 mL O3
35.0 mL N2
15.0 mL of CO2
25.0 mL of SO3
how would i go about answering this question.
Answer
45.0 mL O3
35.0 mL N2
15.0 mL of CO2
25.0 mL of SO3
how would i go about answering this question.
Answers
Answered by
DrBob222
1 mol of any gas occupies 22.4L and has 6.02E23 molecules(a molecule would count as one particle).
So 45.0 mL O3/22,400 = ? mol O3 and that x 6.02E23 = ? number molecules.
35.0/22,400 mL = ? mol O2 and x 6.02E23 = ?
15.0/22,400 = ? mol CO2 and x 6.02E23 = ?
25.0/22,400 = ? mol SO3 and x 6.02E23.
But if you will notice all of them are divided by 22,400 and all are multiplied by 6.02E23 so what does that tell you. First, that says you don't need to multiply and divide by all that stuff. That says that the largest number times two numbers that are constant will be the largest value of particles. right?
So 45.0 mL O3/22,400 = ? mol O3 and that x 6.02E23 = ? number molecules.
35.0/22,400 mL = ? mol O2 and x 6.02E23 = ?
15.0/22,400 = ? mol CO2 and x 6.02E23 = ?
25.0/22,400 = ? mol SO3 and x 6.02E23.
But if you will notice all of them are divided by 22,400 and all are multiplied by 6.02E23 so what does that tell you. First, that says you don't need to multiply and divide by all that stuff. That says that the largest number times two numbers that are constant will be the largest value of particles. right?
Answered by
jakey
so it would be 45.0 mL O3
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