Question

A researcher wishes to use two identical containers (i.e. having the same volume), one to store 5 moles of O2 gas, and one to
0 0
Add a comment Improve this question Transcribed image text
Answer #1

The answer is E.

According to the Ideal Gas Law, PV = nRT or n = PV/RT, where P is the pressure, V is the volume, T is the temperature, R is the gas constant (8.314 J/K mol) and n is the no. of moles of the gas. Hence, once P, V and T have been fixed, we cannot have different no. of moles for different gases.

Add a comment
Know the answer?
Add Answer to:
A researcher wishes to use two identical containers (i.e. having the same volume), one to store...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • 16. Two containers having the same volume and temperature hold the same number of moles of...

    16. Two containers having the same volume and temperature hold the same number of moles of gas. The first container contains He (g). The second container contains UF6 (). Which of the following is true? (4 points) (a) Some of the UFs molecules are moving faster than some of the He atoms. (b) The pressure of the He container is higher. (c) The average speed of the UF, molecules will be greater than the average speed of the He atoms....

  • chpt.9 pg 11: Pressure and temperature affect the amount of space between gas molecules, which affects...

    chpt.9 pg 11: Pressure and temperature affect the amount of space between gas molecules, which affects the volume and, therefore, the density of the gas since density=massvolume The molar mass of a substance, however, is a constant and can be used to identify an unknown gas sample. Molar mass is found by dividing the mass of a sample (in grams) by the number of moles in that sample. The number of moles of gas can be calculated using the ideal...

  • 16. Two containers having the same volume and temperature hold the same number of moles of...

    16. Two containers having the same volume and temperature hold the same number of moles of gas. The first container contains He (8). The second container contains UF6 (8). Which of the following is true? (4 points) (a) Some of the UF6 molecules are moving faster than some of the He atoms. (b) The pressure of the He container is higher. (c) The average speed of the UF molecules will be greater than the average speed of the He atoms....

  • Given: Room temperature:   293.0 K Barometric pressure:   764.0 mmHg Vapor of water:   17.5 mmHg Volume of...

    Given: Room temperature:   293.0 K Barometric pressure:   764.0 mmHg Vapor of water:   17.5 mmHg Volume of O2 collected:   68.00 mL Density of H2O2:   1.01 g/mL % Composition H2O2:   3.02 % Volume of H2O2 used:   5.00 mL Letter of the unknown solution of H2O2:   A Volume of O2 collected for the unknown:   43.00 mL Calculate the corrected barometric pressure. (mmHg) Calculate the volume of O2 at STP. (mL) Based on the reaction stoichiometry, calculate the number of moles of O2. (moles)...

  • IV. Avogadro's number Consider two identical cylinders with moveable pistons, as described in section II. One...

    IV. Avogadro's number Consider two identical cylinders with moveable pistons, as described in section II. One contains hydrogen gas other oxygen gas. and the Both cylinders have been in the same room for a long time. Their pistons are at the same height A. Compare the volumes, temperatures, and pressures of the gases in the two eylinders. Compare the number of moles of oxygen gas to the number of moles of hydrogen. consistent with the ideal gas law. Make sure...

  • *SHOW YOUR WORK* (Boyle's Law): 1. What is the final volume (in mL) or argon gas...

    *SHOW YOUR WORK* (Boyle's Law): 1. What is the final volume (in mL) or argon gas is 50.0 mL at 705 torr is compressed to a pressure of 2.75 atm, at constant temperature? (Lewis Dot Structures): 2. Draw Lewis structures for the following molecules. Include partial charges, AXE designation, (example: AX2 E2), Electron-pair geometry and geometric-molecular shapes. Is it Polar or Non-Polar? CH2Cl2 SO2 3. Which of the following explains why the pressure of a gas increases when the temperature...

  • C3-CT36: PRESSURE-VOLUME GRAPHS FOR EXPANDING GAS-WORK DONE Two containers of the same number of moles of...

    C3-CT36: PRESSURE-VOLUME GRAPHS FOR EXPANDING GAS-WORK DONE Two containers of the same number of moles of an ideal gas are taken from the same initial state (same pressure, volume, and temperature) to the same final state by two different paths, as showrn. Case A 2Po Po 0 Case B Pressure Pressure Isothermal Linear 2Po Po 2Vo Volume 2Vo Volume 0 0 Is the work done by the gas on its surroundings () greater in Case A, (ii) greater in Case...

  • Which of the following statements about ideal gases is incorrect? At a constant pressure, when temperature...

    Which of the following statements about ideal gases is incorrect? At a constant pressure, when temperature increases, volume increases. O A gas with a larger molar mass will have a higher density Gas pressure is directly proportional to the number of moles of gas. At constant volume, when the temperature increases, pressure decreases. At a constant temperature, when the volume decreases, the pressure increases. Consider the balanced reaction: C3H8 +502—3CO2+ 4H20 How many mol of C3Hg must be consumed via...

  • A cylinder of compressed gas rolls off a boat and falls to the bottom of a...

    A cylinder of compressed gas rolls off a boat and falls to the bottom of a lake. Eventually it rusts and the gas bubbles to the surface. A chemist collects a sample of the gas with the idea of trying to identify the gas. The wet gas collected occupies a volume of 283 mL at a pressure of 824 torr and temperature of 28.0°C. The vapor pressure of water at 28.0°C is 0.0372 atm. 1. Calculate the volume (L) that...

  • Item 26 Review l Constants i Periodic Table Learning Goal: To use partial pressure in gas...

    Item 26 Review l Constants i Periodic Table Learning Goal: To use partial pressure in gas law calculations In a mixture of gases, the total pressure of the gas mixture is equal to the sum of the partial pressures of the individual gases. For example, if you have a mixture of helium at 2 atm and argon at 4 atm, then the total pressure of the gas inside the cylinder is 6 atm . (Figure 1) Similarly, if you know...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT