At Standard Temperature and Pressure (STP) (0°C and 1 atm pressure), 1 mole of any ideal gas occupies 22.4 liters of volume. This means that gases with the same number of moles will have the same volume when measured at STP, regardless of their chemical nature. In this case, you are working with two different gases—oxygen (O₂) and hydrogen (H₂)—and comparing their volumes. This comparison allows us to understand the ideal behavior of gases and how they relate to each other in terms of volume when they are under the same temperature and pressure conditions.

Question

CASE_STUDIESMole Concept in ChemistryAvogadro's Law of Equal Volumes3 sub-questions

Loading...

Similar Questions

Calculate the total number of electrons present in one mole of methane.

Find (a) the total number and (b) the total mass of neutrons in 7 mg of 14C. (Assume that mass of a neutron = 1.675 × 10–27 kg).

TextMole Concept in Chemistry

Find (a) the total number and (b) the total mass of protons in 34 mg of NH3 at STP. Will the answer change if the temperature and pressure are changed ?

TextMole Concept in Chemistry

In three moles of ethane (C2H6), calculate the following:

CASE_STUDIESMole Concept in Chemistry

How are 0.50 mol Na2CO3 and 0.50 M Na2CO3 different?

TextMole Concept in Chemistry

If 10 volumes of dihydrogen gas reacts with five volumes of dioxygen gas, how many volumes of water vapour would be produced?

TextAvogadro's Law of Equal Volumes