Gaseous and Liquid States Revision Notes For Faster and Better JEE Advanced 2023 Preparation
Gaseous and Liquid States, a fundamental chapter of Physical Chemistry introduces students to different liquid and gaseous states of matter and is very crucial for the students to develop a strong conceptual foundation. Gases and liquids are considered fluids. Their behaviour is entirely different from the solids. To understand their physical properties in accordance with the gas laws, refer to the Gaseous and Liquid States revision notes.
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Chemistry Gaseous and Liquid States
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These notes have been formulated by the top subject experts at Vedantu. They have defined a simpler version of the explanation given in this section of Physical Chemistry to help you revise the fundamental concepts faster and better.
Importance of JEE Advanced Physical Chemistry Gaseous and Liquid States
Physical Chemistry Gaseous and Liquid States is an important chapter for the JEE Advanced students. This chapter introduces students to gas laws, absolute temperature, and other fundamental concepts. These concepts and scientific principles will be used throughout the Chemistry syllabus for this competitive exam.
The introduction and derivation of Charles’ Law, Boyle’s Law, and the combined representation of both of them will teach students how gas behaves in the ideal conditions when the pressure and temperature of a system are changed. Delve deeper to understand the Kinetic Theory of Gases described in this chapter. Learn how the molecules of different gases behave in a mixture.
It will also explain how to draw the graphical representation of these laws to understand the effects of changing different parameters on gases and liquids. Gaseous state notes will aid you to describe and understand the ideal gas equation, Avogadro’s Number and hypothesis.
Using these notes you will be able to understand the scientific principles and solve questions related to this chapter. These principles will be used in all relevant phases where gases and liquids are involved. Thus, you can prepare a strong conceptual foundation by referring to these notes.
Benefits of Gaseous and Liquid States Revision Notes
The subject matter experts at Vedantu have elaborated all the gas laws and relevant equations mentioned in this chapter for your better understanding. Every term in these laws and equations will be explained methodically so that you can implement them to answer explanatory and calculative questions easily.
Understand deeply the meaning and implications of states of matter. Imbibe the concepts of fluids, pressure, volume, and temperature without any difficulty by referring to Vedantu’s revision notes for JEE Advanced Physical Chemistry Gaseous and Liquid States.
Prepare yourself for the JEE Advanced exam by solving the questions related to these concepts. Understand how to decode a graph by following the explanation given in the revision notes. Clarify doubts on your own and find out how to solve the problems related to gases and liquids.
Download Gaseous and Liquid States Revision Notes Free PDF
Get the free PDF version of the revision notes for this chapter and complete your study material. Learn how the molecules of gases behave in a closed system. Find how the different laws and their derived equations can be used for solving problems. Check how the experts have explained the laws and principles to fortify your conceptual knowledge for this chapter.
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FAQs on JEE Advanced 2023 Revision Notes for Chemistry Gaseous and Liquid States
1.What is the prime difference between fluids and solids?
Solids do not flow on their own from one point to the other but fluids do. The molecules of a solid are packed very close to each other. This is why the free flow of such particles is not possible. On the other hand, molecules in fluids are loosely packed due to a lack of intermolecular force of attraction. This results in their free flow.
2.How is the average kinetic energy of gases related to temperature?
As per the kinetic molecular theory of gases, the average kinetic energy of gas molecules is directly proportional to the temperature of the system. The higher the temperature the higher the average kinetic energy of the gas molecules.
3.How can we define pressure in a gas?
The collision of gas molecules with the walls is defined as the pressure of a gas.
4.Is a mixture of gases in a container homogenous?
According to Graham’s Law of diffusion, gases in a container distribute equally forming a homogenous mixture.