The video tutorial explains how to convert 17.5 moles of oxygen gas to liters using the factor label method. It highlights that one mole of gas equals 22.4 liters at standard temperature and pressure (STP). The tutorial demonstrates the multiplication process to cancel out moles and obtain the volume in liters. An alternative method is also discussed, emphasizing the importance of working with gases at STP for accurate conversion.

What is the volume in liters of 1 mole of a gas at standard temperature and pressure?

• 22.4 liters

• 24.0 liters

• 20.0 liters

• 18.0 liters

Which method is used to convert moles to liters in the tutorial?

• Dimensional Analysis

• Factor Label Method

• Stoichiometry

• Mole Fraction Method

In the factor label method, what is placed on the bottom to cancel out moles?

• Atoms

• Grams

• Moles

• Liters

What is the result of multiplying 17.5 moles by 22.4 liters per mole?

• 350.0 liters

• 375.0 liters

• 392.0 liters

• 400.0 liters

Why do the moles cancel out during the multiplication process?

• Because they are not needed

• Because they are equal to liters

• Because they are a constant

• Because they are in the numerator and denominator

Under what conditions does the conversion from moles to liters apply?

• Only for gases at standard temperature and pressure

• For solids at high pressure

• Only for liquids at room temperature

• For all substances at any temperature

Who is the presenter of the tutorial?

• Dr. A

• Dr. C

• Dr. D

• Dr. B