Here is the answer for the question – 1. A pressure of 1.0 107 mm of Hg is achieved in a vacuum system. How many gas molecules are present per liter volume if the temperature is 293 K? (760 mm of Hg = 1 atm, R = 0.082 1 Latm/molK, and NA = 6.02 1023). You’ll find the correct answer below
1. A pressure of 1.0 107 mm of Hg is achieved in a vacuum system. How many gas molecules are present per liter volume if the temperature is 293 K? (760 mm of Hg = 1 atm, R = 0.082 1 Latm/molK, and NA = 6.02 1023)
The Correct Answer is
3.3 10^12
Reason Explained
3.3 10^12 is correct for 1. A pressure of 1.0 107 mm of Hg is achieved in a vacuum system. How many gas molecules are present per liter volume if the temperature is 293 K? (760 mm of Hg = 1 atm, R = 0.082 1 Latm/molK, and NA = 6.02 1023)
Thankyou for using answerout. We hope you get all your answers here. If you have any special questions, you can comment to ask us.
Howdy All, I am Alex Timmons, I have an experience of 10 years in Education, which I am trying to convey through this site.
Latest posts by Alex Timmons (see all)
- 1. A pressure of 1.0 107 mm of Hg is achieved in a vacuum system. How many gas molecules are present per liter volume if the temperature is 293 K? (760 mm of Hg = 1 atm, R = 0.082 1 Latm/molK, and NA = 6.02 1023) - March 9, 2023
- Every time your ad is eligible to show, AdWords calculates its Ad Rank using your bid amount, components of Quality Score and: - March 9, 2023
- The more you have of me, the less you have. What am I? - March 9, 2023
