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Important Chemistry Formulas For NEET 2025 Exam- Topic-wise Formulas PDF

Important Chemistry Formulas For NEET 2025 Exam- Topic-wise Formulas PDF

Edited By Irshad Anwar | Updated on Apr 14, 2025 12:01 PM IST | #NEET
Upcoming Event
NEET  Exam Date : 04 May' 2025 - 04 May' 2025

Important Chemistry Formulas for NEET: Are you studying for the NEET UG 2025 examination and looking to get admission in one of the best medical colleges in India? Chemistry is among the most important subjects in NEET, and a lot of questions are actually formula-based. Familiarity with these formulas can help you solve questions faster and with greater accuracy. Since the NEET 2025 exam is on 4th May 2025, now is the ideal time to practice and tighten your hold on important concepts of Physical, Organic, and Inorganic Chemistry.

This Story also Contains
  1. Chemistry Formula Sheet for NEET PDF 2025
  2. Shapes Of Molecules
  3. Solubility And Solubility Products
  4. The Gas Laws- Boyle’s Law (Pressure-Volume Relationship)
  5. Mathematical Analysis of Cubic System
  6. Charge On Colloids
  7. Oxidation State
  8. Preparation Of Aldehyde
  9. Nucleophilic Addition Reaction
  10. Reduction And Oxidation Reaction
  11. Chemical Properties Of Carboxylic Acid
  12. Carbohydrates
Important Chemistry Formulas For NEET 2025 Exam- Topic-wise Formulas PDF
Important Chemistry Formulas For NEET 2025 Exam- Topic-wise Formulas PDF

In this article, topic-wise, the NEET Chemistry Formula Sheet PDF 2025 is compiled, containing all the major equations and reactions you should memorize. These formulas are carefully chosen to make sure that aspirants score better in the exam with smart effort. Be it last-minute revision or practicing mock tests, this formula sheet will improve speed, accuracy, and confidence. Download the PDF and improve NEET Chemistry preparation today!

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Chemistry Formula Sheet for NEET PDF 2025

Given below are the important formulas for chemistry, divided as per the topics. Students can go through these to improve their chances of scoring better in NEET 2025 Exam.

  1. Shapes Of Molecules

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The ideal shapes of molecules, which are predicted based on electron pairs and lone pairs of electrons, are mentioned in the table below:

A table is shown that is comprised of six rows and six columns. The header row reads: “Number of Electron Pairs,” “Electron pair geometries; 0 lone pair,” “1 lone pair,” “2 lone pairs,” “3 lone pairs,” and “4 lone pairs.” The first column contains the numbers 2, 3, 4, 5, and 6. The first space in the second column contains a structure in which the letter E is single bonded to the letter X on each side. The angle of the bonds is labeled with a curved, double headed arrow and the value, “180 degrees.” The structure is labeled, “Linear.” The second space in the second column contains a structure in which the letter E is single bonded to the letter X on three sides. The angle between the bonds is labeled with a curved, double headed arrow and the value, “120 degrees.” The structure is labeled, “Trigonal planar.” The third space in the second column contains a structure in which the letter E is single bonded to the letter X four times. The angle between the bonds is labeled with a curved, double headed arrow and the value, “109 degrees.” The structure is labeled, “Tetrahedral.” The fourth space in the second column contains a structure in which the letter E is single bonded to the letter X on five sides. The angle between the bonds is labeled with a curved, double headed arrow and the values “90 and 120 degrees.” The structure is labeled, “Trigonal bipyramid.” The fifth space in the second column contains a structure in which the letter E is single bonded to the letter X on six sides. The angle between the bonds is labeled with a curved, double headed arrow and the value, “90 degrees.” The structure is labeled, “Octahedral.” The first space in the third column is empty while the second contains a structure in which the letter E is single bonded to the letter X on each side and has a lone pair of electrons. The angle between the bonds is labeled with a curved, double headed arrow and the value, “less than 120 degrees.” The structure is labeled, “Bent or angular.” The third space in the third column contains a structure in which the letter E is single bonded to the letter X three times and to a lone pair of electrons. It is labeled with a curved, double headed arrow and the value, “less than 109 degrees.” The structure is labeled, “Trigonal pyramid.” The fourth space in the third column contains a structure in which the letter E is single bonded to the letter X on four sides and has a lone pair of electrons. The bond angle is labeled with a curved, double headed arrow and the values, “less than 90 and less than 120 degrees.” The structure is labeled, “Sawhorse or seesaw.” The fifth space in the third column contains a structure in which the letter E is single bonded to the letter X on five sides and has a lone pair of electrons. The bond angle is labeled with a curved, double headed arrow and the value, “less than 90 degrees.” The structure is labeled, “Square pyramidal.” The first and second spaces in the fourth column are empty while the third contains a structure in which the letter E is single bonded to the letter X on each side and has two lone pairs of electrons. The bond angle is labeled with a curved, double headed arrow and the value, “less than less than 109 degrees.” The structure is labeled, “Bent or angular.” The fourth space in the fourth column contains a structure in which the letter E is single bonded to the letter X three times and to two lone pairs of electrons. The bond angle is labeled with a curved, double headed arrow and the value, “less than 90 degrees.” The structure is labeled, “T - shape.” The fifth space in the fourth column contains a structure in which the letter E is single bonded to the letter X on four sides and has two lone pairs of electrons. The bond angle is labeled with a curved, double headed arrow and the value “90 degrees.” The structure is labeled, “Square planar.” The first, second and third spaces in the fifth column are empty while the fourth contains a structure in which the letter E is single bonded to the letter X on each side and has three lone pairs of electrons. The bond angle is labeled with a curved, double headed arrow and the value, “180 degrees.” The structure is labeled, “Linear.” The fifth space in the fifth column contains a structure in which the letter E is single bonded to the letter X three times and to three lone pairs of electrons. The bond angle is labeled with a curved, double headed arrow and the value, “less than 90 degrees.” The structure is labeled, “T - shape.” The first, second, third, and fourth spaces in the sixth column are empty while the fifth contains a structure in which the letter E is single bonded to the letter X on each side and has four lone pairs of electrons. The bond angle is labeled with a curved, double headed arrow and the value “180 degrees.” The structure is labeled, “Linear.” All the structures use wedges and dashes to give them three dimensional appearances.

  1. Solubility And Solubility Products

Most Scoring concepts for NEET
This ebook serves as a valuable study guide for NEET exams, specifically designed to assist students in light of recent changes and the removal of certain topics from the NEET exam.
Download EBook

General Representation

AₓBᵧ ⇌ xAʸ⁺ + yBˣ⁻ Ksp = [Aʸ⁺]ˣ × [Bˣ⁻]ʸ

Relation between Solubility (s) and Solubility Product (Ksp):

AₓBᵧ ⇌ xAʸ⁺ + yBˣ⁻ (s → xs, ys)

Ksp = xˣ yʸ sˣ⁺ʸ

Also read:

  1. The Gas Laws- Boyle’s Law (Pressure-Volume Relationship)

Boyle’s law may be expressed mathematically as:
P ∝ 1/V (at constant T and n)
or
V ∝ 1/P (at constant T and n)

Where:
T = temperature
P = pressure of the gas
n = number of moles of the gas
V = volume of the gas

⇒ V = k1 × 1/P

Here, k₁ is the proportionality constant whose value depends upon the following factors.

Alternate Forms of Boyle’s Law

P1V1 = P2V2 = constant
or
PV = K1
or

P1/P2 = V2/V1
P₁ / P₂ = V₂ / V₁

  1. Mathematical Analysis of Cubic System

Coordination Number (C. No.)

In Simple Cubic (SC): 6

In Face Centered Cubic (FCC): 12

In Body Centered Cubic (BCC): 8

Density of Lattice Matter (d)

It is the ratio of mass per unit cell to the total volume of a unit cell, and it is found out as follows.

d=Z × Atomic weight N0 × Volume of unit cell (a3)

Here, d = Density

Z = Number of atoms

N0 = Avogadro number

a3 = Volume

a = Edge length

To find the density of a unit cell in cm3, m must be taken in g/mole and should be in cm.

Radius Ratio

It is the ratio of the radius of an octahedral void to the radius of the sphere forming the close-packed arrangement. Normally, ionic solids are more compact, as voids are also occupied by cations (which are smaller in size). The pattern of arrangements and type of voids both depend on the relative size (ionic size) of two ions in a solid.

For example, when r+ = r-, the most probable and favourable arrangement is the BCC type.

With the help of relative ionic radii, it is easier to predict the most probable arrangement. This property is expressed as a radio ratio.

Radius ratio =r + (radius of cation )r − (Radius of anion)

From the value of the radius ratio, it is clear that the larger the radius ratio, the larger the size of the cation, and the more anions needed to surround it — that is, the more coordination numbers.

Radius ratio for tetrahedron

Angle ABC is the tetrahedral angle of 109.5

∠ABD = 109.52 = 5475
In triangle ABD
Sin ABD = 0.8164 = AD/AB
or r∗ + rr = 10.8164 = 1.225
or r∗r = 0.225

1714400387372

Radius ratio for octahedron

AB = r⁺ + r
BD = r
∠ABC = 45°

In triangle ABD:
Cos(∠ABD) = 0.7071 = BD / AB = r / (r⁺ + r)

So,
(r⁺ + r) / r = 1 / 0.7071 = 1.414

Therefore,
r⁺ / r = 1.414 − 1 = 0.414


1714400388353

  1. Charge On Colloids

Colloidal particles always carry an electric charge. The nature of this charge is the same for all the particles in a given colloidal solution and may be either positive or negative.

  1. Oxidation State

An interesting feature in the variability of oxidation states of the d-block elements is noticed among the groups. Although in the p–block the lower oxidation states are favoured by the heavier members (due to the inert pair effect), the opposite is true in the groups of d-block.

Also read:

  1. Preparation Of Aldehyde

Rosenmund Reduction

1714400387289

Stephen Reduction
1714400387587

  1. Nucleophilic Addition Reaction

(i) Mechanism of nucleophilic addition reactions:
1714400386979

1714400387462

  1. Reduction And Oxidation Reaction

Reduction to hydrocarbons
The carbonyl group of aldehydes and ketones is reduced to the CH2 group on treatment with zinc amalgam and concentrated hydrochloric acid (Clemmensen reduction) hydrazine hydrazone or with hydrazine, followed by heating with sodium or potassium hydroxide in a high boiling solvent such as ethylene glycol (Wolff-Kishner reduction).

Oxidation
Aldehydes differ from ketones in their oxidation reactions. Aldehydes are easily oxidised to carboxylic acids on treatment with common oxidising agents like nitric acid, potassium permanganate, potassium dichromate, etc. Even mild oxidising agents, mainly Tollens’ reagent and Fehlings’ reagent, also oxidise aldehydes.

  1. Chemical Properties Of Carboxylic Acid

Formation of Anhydride

1714400388411

Reaction with Ammonia
1714400388275

Reduction

1714400388475

Decarboxylation
1714400388616

Kolbe's electrolysis
1714400389110 Halogenation 1714400388672

Ring substitution
1714400389018

1714400388545

  1. Carbohydrates

Carbohydrates -

These are polyhydroxy aldehydes, ketones or substances that form these on hydrolysis and possess at least one chiral atom. The (-OH) group is available in the form of hemiacetals or hemiketals.

Classification

Carbohydrates can be classified into three categories:

  1. Monosaccharides: They are the simplest carbohydrates, which cannot be hydrolysed into smaller molecules. They are sweet and crystalline and are called sugars.

  2. Oligosaccharides: These carbohydrates, on hydrolysis, give two to nine molecules of monosaccharides classified as di-, tri, tetra-saccharides, etc. For example, sucrose, maltose, lactose, raffinose, etc. They are also called sugars.

  3. Polysaccharides: These carbohydrates, on hydrolysis, give a large number of monosaccharides, e.g., starch, cellulose, etc. They are also called non-sugars.

Reducing and Non-Reducing Sugars
Those sugars which reduce Fehling's and Tollens's solutions are called reducing sugars and those which do not reduce these reagents are called non-reducing sugars.

Also Read:


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Questions related to NEET

Have a question related to NEET ?

Sometimes, the official website might be experiencing heavy traffic, especially right after the admit cards are released. This can cause errors or make the website slow to respond. A slow internet connection on your end can also prevent the admit card from downloading properly. In some cases, browser extensions like ad-blockers might interfere with the download process. It's also possible that you might be entering the wrong application number, password, or security pin.

Here are a few things you can try to fix this issue. First, double-check that you are entering your NEET application number, password, and the security pin correctly. It might be helpful to copy and paste these details directly from your registration confirmation if you have it. If the website is slow, try refreshing the page or try downloading it again after some time, perhaps during off-peak hours like late at night or early morning.

Try using a different web browser like Google Chrome or Mozilla Firefox. Also, clear your current browser's cache and cookies or try downloading the admit card in incognito or private browsing mode. If you have any browser extensions enabled, especially ad-blockers or VPNs, try temporarily disabling them and then attempt to download the admit card again. Ensure that you have a stable and good-speed internet connection. Avoid using mobile data hotspots if possible and prefer a broadband or Wi-Fi connection. If you've tried all of this and still can't download the admit card, try using a different device like another computer or a mobile phone.

If none of these steps work, it's important to contact the National Testing Agency (NTA) for help. You can reach them through their helpline numbers: 011-40759000 or 011-69227700. You can also send them an email at neet@nta.ac.in. They should be able to assist you with the issue. Remember to keep trying and don't panic. There's still time before the exam, and the NTA will likely help you resolve this.

I hope this helps.

The National Testing Agency (NTA), which conducts the NEET exam, usually provides a few options to recover your password if you've forgotten it. You'll need to visit the official NEET website, which is typically neet.nta.nic.in. On the login page where you'd normally enter your application number and password, you should find a link that says something like "Forgot Password?"

Clicking on this "Forgot Password?" link will generally present you with a few methods to reset your password. One common method involves answering a security question that you would have set up during the NEET registration process. If you remember the answer to your chosen security question, you can enter it, and the website will likely allow you to set a new password.

Another frequent option is to receive a One-Time Password (OTP) on your registered mobile number or email address. If you choose this method, you'll likely need to enter your application number and date of birth. The NTA will then send an OTP to your registered contact details. Once you receive and enter this OTP on the website, you should be able to create a new password.   In some cases, there might also be an option to reset your password via a link sent to your registered email address. If you select this, the NTA will email you a link. Clicking on this link will redirect you to a page where you can set a new password for your NEET account.

After you've successfully reset your password using any of these methods, make sure to note it down in a safe place for future reference. Once you have your new password, go back to the admit card download section on the official NEET website, enter your application number, your newly recovered password, and the security pin displayed on the screen. You should then be able to log in and download your NEET admit card.

If you encounter any difficulties during this process, or if none of these options seem to be working, it's best to directly contact the NTA for assistance. You can find their helpline numbers and email address on the official NEET website under the "Contact Us" section. They will be the most reliable source to help you resolve any login issues and access your admit card.

Predicting specific questions with 95% certainty for NEET 2025 is impossible. The National Testing Agency (NTA) designs the paper to test a broad understanding of the Class 11 and 12 NCERT syllabi for Physics, Chemistry, and Biology. However, based on past trends, important concepts, and high-weightage chapters, we can identify areas that are highly likely to have questions.

In Physics, expect a significant number of questions from:

  • Mechanics: This includes topics like Kinematics, Laws of Motion, Work, Energy, Power, Rotational Motion, and Gravitation. These form the foundation of physics and often have direct applications or are integrated into more complex problems.
  • Thermodynamics: Concepts related to heat, work, energy transfer, and the laws of thermodynamics are consistently important.

  • Optics: Both Ray Optics and Wave Optics usually have a good representation, covering phenomena like reflection, refraction, interference, diffraction, and polarization.
  • Modern Physics: Topics like the photoelectric effect, dual nature of matter, atoms, nuclei, and semiconductors tend to have a significant weightage.
  • Current Electricity and Magnetism: Questions on circuits, Ohm's law, magnetic effects of current, and electromagnetic induction are generally included.

In Chemistry, focus on:

  • Chemical Bonding and Molecular Structure: Understanding different types of bonds, VSEPR theory, and molecular orbital theory is crucial.

  • Thermodynamics and Equilibrium: Chemical thermodynamics, ionic equilibrium, and chemical equilibrium are high-weightage areas.
  • Organic Chemistry: A significant portion of the chemistry paper comes from Organic Chemistry, including topics like Hydrocarbons, Haloalkanes and Haloarenes, Alcohols, Phenols and Ethers, Aldehydes, Ketones and Carboxylic Acids, and Amines, along with reaction mechanisms and name reactions.

  • Coordination Compounds: This chapter often has direct and conceptual questions.

  • Electrochemistry and Chemical Kinetics: These physical chemistry chapters involving electrochemical cells and reaction rates are important.

In Biology (Botany and Zoology), emphasize:

  • Human Physiology: A large number of questions are usually from the various systems of the human body (digestion, respiration, circulation, excretion, nervous, endocrine, reproduction).
  • Genetics and Evolution: Principles of inheritance, molecular basis of inheritance, and evolutionary concepts are consistently important.

  • Plant Physiology: Topics like photosynthesis, respiration in plants, plant growth and development, and plant hormones are significant.

  • Ecology and Environment: This section often has direct and conceptual questions related to ecosystems, biodiversity, and environmental issues.

  • Cell Biology: Understanding cell structure, function, biomolecules, cell cycle, and cell division is fundamental.

  • Biotechnology: Principles and applications of biotechnology are increasingly important.

I hope this helps.

Yes, candidates with low vision are permitted to use assistive devices, such as video magnifiers, during the NEET UG 2025 examination. The National Testing Agency (NTA) allows Persons with Benchmark Disabilities (PwBD) to use their own assistive devices, provided they have a valid PwD certificate issued by a recognized medical authority. Additionally, PwBD candidates are entitled to extra time (1 hour and 5 minutes) and the option to use a scribe, depending on their specific needs. It is advisable to inform the examination authorities in advance and carry relevant medical certificates to facilitate the use of such devices during the exam

Yes, a low vision candidate is allowed to use assistive devices like a video magnifier to read the NEET UG 2025 question paper, provided they meet certain conditions.

Key Points:

  • Benchmark Disability : Must have 40% or more disability, certified by a recognized authority.

  • Medical Certificate : Submit a certificate stating the need for the device.

  • NTA Approval : Get prior approval from NTA to use the device during the exam.

  • Extra Time : Eligible for 60 minutes of extra time.

Make sure to follow the application guidelines and seek NTA approval well in advance.

PWD category in NEET

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Column I ( Salivary gland)

 

Column II ( Their location)

Parotids

I

Below tongue

Sub-maxillary / sub-mandibular

Ii

Lower jaw

Sub-linguals

Iii

Cheek

Option: 1

a(i), b(ii) , c(iii)

 


Option: 2

a(ii), b(i), c(iii)

 


Option: 3

a(i), b(iii), c(ii)


Option: 4

a(iii), b(ii), c(i)


Ethyl \; ester \xrightarrow[(excess)]{CH_{3}MgBr} P

the product 'P' will be ,

Option: 1


Option: 2


Option: 3

\left ( C_{2}H_{5} \right )_{3} - C- OH


Option: 4


 

    

           

 Valve name                            

             

Function

    I   Aortic valve     A

Prevents blood from going backward from the pulmonary artery to the right ventricle.

    II   Mitral valve     B

 Prevent blood from flowing backward from the right ventricle to the right atrium.

    III   Pulmonic valve     C

 Prevents backward flow from the aorta into the left ventricle.

    IV   Tricuspid valve     D

 Prevent backward flow from the left ventricle to the left atrium.

 

Option: 1

I – A , II – B, III – C, IV – D


Option: 2

 I – B , II – C , III – A , IV – D


Option: 3

 I – C , II – D , III – A , IV – B


Option: 4

 I – D , II – A , III – B , IV – C 

 

 


Column A Column B
A

a) Organisation of cellular contents and further cell growth.  

B

b) Leads to formation of two daughter cells.

C

c) Cell grows physically and increase volume proteins,organells.

D

d)  synthesis and replication of DNA.

Match the correct option as per the process shown in the diagram. 

 

 

 

Option: 1

1-b,2-a,3-d,4-c
 


Option: 2

1-c,2-b,3-a,4-d


Option: 3

1-a,2-d,3-c,4-b

 


Option: 4

1-c,2-d,3-a,4-b


0.014 Kg of N2 gas at 27 0C is kept in a closed vessel. How much heat is required to double the rms speed of the N2 molecules?

Option: 1

3000 cal


Option: 2

2250 cal


Option: 3

2500 cal


Option: 4

3500 cal


0.16 g of dibasic acid required 25 ml of decinormal NaOH solution for complete neutralisation. The modecular weight of the acid will be

Option: 1

32


Option: 2

64


Option: 3

128


Option: 4

256


0.5 F of electricity is passed through 500 mL of copper sulphate solution. The amount of copper (in g) which can be deposited will be:

Option: 1

31.75


Option: 2

15.8


Option: 3

47.4


Option: 4

63.5


0.5 g of an organic substance was kjeldahlised and the ammonia released was neutralised by 100 ml 0.1 M HCl. Percentage of nitrogen in the compound is

Option: 1

14


Option: 2

42


Option: 3

28


Option: 4

72


0xone is

Option: 1

\mathrm{KO}_{2}


Option: 2

\mathrm{Na}_{2} \mathrm{O}_{2}


Option: 3

\mathrm{Li}_{2} \mathrm{O}


Option: 4

\mathrm{CaO}


(1) A substance  known as "Smack"

(2) Diacetylmorphine

(3) Possessing a white color

(4) Devoid of any odor

(5) Crystal compound with a bitter taste

(6) Obtained by extracting from the latex of the poppy plant

The above statements/information are correct for:

Option: 1

Morphine


Option: 2

Heroin


Option: 3

Cocaine


Option: 4

Barbiturates


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Veterinary professionals prevent illness by providing vaccines and offering advice on animal nutrition and overall health. Their knowledge extends beyond household animals and includes livestock, wildlife, and exotic animals. Individuals who love animals and want to treat their illnesses, injuries, and diseases must opt for a career as a veterinary doctor.

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A career as R&D Personnel requires researching, planning, and implementing new programs and protocols into their organization and overseeing new products’ development. He or she uses his or her creative abilities to improve the existing products as per the requirements of the target market.

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