**CBSE Class 11 Physics Kinetic Theory Formulas: **In this article, students can find the formula sheet for Class 12 Kinetic Theory. At the bottom of the article, a PDF download link for the same has also been attached. In this formula sheet students can find important formulas, definitions, and graphs from the CBSE Class 11 Physics Chapter 12 Kinetic Theory. For the preparation of this formula sheet, the Class 12 Kinetic Theory chapter has been studied, and analyzed, and then all the important information has been refined to present the most relevant to you.

Find here a compiled list of all the essential formulas, definitions, and graphs that will add to your knowledge and assist you in your preparation for the examination. Formula Sheet is your last-minute guide and a supportive buddy who understands the importance of your time and values it. Thus, a formula sheet saves your time because you won't have to keep searching for formulas again and again while solving solutions or practicing. Further, a formula sheet also helps you memorize formulas in an effective manner.

Physics is a complex subject with loads of formulas and derivations to understand and grasp. Given the heavy amount of information students have to learn or memorize in order to be able to solve numerical problems, this formula sheet has been prepared for you. This Kinetic Theory formula page is equally essential for JEE and NEET aspirants. Since they have to cover the syllabus of Class 11 and 12, these will be useful for them.

**Related:**

**CBSE Class 11 Thermodynamics Formula Sheet**

**CBSE Class 11 Mechanical Properties of Solids Formula Sheet**

**CBSE Class 11 Mechanical Properties of Fluids Formula Sheet**

**CBSE Class 11 Thermal Properties of Matter Formula Sheet**

**Kinetic Theory Formula Sheet **

Find here the formula sheet for CBSE Class 11 Physics Kinetic Theory. Along with the list of important formulas, definitions, and graphs are also presented here for your convenience.

**Definitions:**

**Atomic Hypothesis: **All things are made of atoms - little particles that move around in perpetual motion, attracting each other when they are a little distance apart, but repelling upon being squeezed into one another.

**Laws of definite and multiple proportions:**

**First Law**- The first law says that any given compound has a fixed proportion by the mass of its constituents.

**Second Law**- The second law says that when two elements form more than one compound, for a fixed mass of one element, the masses of the other elements are in a ratio of small integers.

**Gay Lussac’s Law**: When gasses combine chemically to yield another gas, their volumes are in the ratios of small integers.

**Mean Free Path:** The average distance a molecule can travel without colliding is called the mean free path.

**Ideal Gas:** A gas that satisfies exactly at all pressures and temperatures is defined to be an ideal gas.** **

** ****Charle’s Law- **for a fixed pressure, the volume of a gas is proportional to its absolute temperature *T.*

* ***Boyle’s Law***- K*eeping temperature constant, pressure of a given mass of gas varies inversely with volume.

**Law of Equipartition of Energy**- In equilibrium, the total energy is equally distributed in all possible energy modes, with each mode having an average energy equal to ½ *k T*. This is known as the law of equipartition of energy.

**Formulas:**

**Perfect Gas Equation**=

where Kb is the Boltzmann Constant, N is the number of moles, T is the temperature, P is the pressure, V is the volume

**No. Of moles** =

where *M *is the mass of the gas containing *N *molecules, *M*0 is the molar mass and *N*A the Avogadro’s number

**Mass Density- **

**Change in Momentum of molecule**-

**Total momentum transferred to the wall**-

**Pressure**-

**Mean of the squared speed** -

**Transational Kinetic Energy**- E =

**Dalton’s Law of Partial Pressure**-

**Internal Energy of Mole of a gas**-

**Molar Specific Heat at Constant volume**-

**Molar Specific Heat at Constant pressure**-

**Specific Heat Capacity of Solids**-

**Mean free path**-

**Kinetic Theory of an ideal gas**-

**Graphs:**

**Ideas Gas Behaviour**

P-**V Graph according to Boyle’s Law**

T-**V Graph according to Charle’s Law**

To download the Formula Sheet for Class 11 Physics Kinetic Theory, click on the link below

Download PDF for Formula Sheet for Class 11 Physics Kinetic Theory |

**Also Read: **

CBSE Class 12 Physics Formula Sheet (All Chapters)

Difference Between Interference and Diffraction

Difference Between Speed and Velocity