NEET is the National Eligibility cum Entrance Test, run by the National Testing Agency for undergraduate candidates. This page gives you free practice sets by subject and by topic, worked explanations, a study plan and answers to common questions. The paper has 180 compulsory MCQs to attempt in 180 minutes, so the sets are built around steady, careful accuracy.
The NEET has 180 questions, takes about 3 hours and costs 1700 INR[1] (National Testing Agency, verified Nov 2, 2026).
Numbers in brackets link to the official sources listed under Sources & last verified. Dates that have passed are removed automatically.
| Item | Detail | Source · Verified |
|---|---|---|
| Number of questions | 180 compulsory MCQs[1] | cdnbbsr.s3waas.gov.in · Nov 2, 2026 |
| Time limit | 180 minutes (3 hours)[1] | cdnbbsr.s3waas.gov.in · Nov 2, 2026 |
| Exam fee | ₹1,700 (General); ₹1,600 (Gen-EWS/OBC-NCL); ₹1,000 (SC/ST/PwBD); ₹9,500 (Outside India)[1] | cdnbbsr.s3waas.gov.in · Nov 2, 2026 |
According to National Testing Agency, “The question paper will consist of 180 compulsory questions which must be attempted by the candidates in 180 minutes.”[1]
NEET (UG) is a national entrance test conducted by the National Testing Agency. According to the official information bulletin, the question paper consists of 180 compulsory questions, all multiple choice, and all of them must be attempted in 180 minutes. The duration is 3 hours, so pacing matters as much as knowledge.
The application fee depends on your category. For candidates in India it is ₹1,700 for General, ₹1,600 for General-EWS and OBC-NCL, and ₹1,000 for SC, ST and PwBD candidates. For candidates outside India the fee is ₹9,500. Fees and categories can change between sessions, so check the current bulletin before you pay.
This page does not state the marking scheme, eligibility conditions, attempt limits, exam dates or counselling rules, because we have not verified them here. Eligibility and counselling arrangements can vary by state and by institution, so read the official bulletin and the National Testing Agency notices for the exact rules that apply to you.
Our practice sets are written by us with AI tools. They are not real exam questions and they do not predict what will appear. Use them to find weak topics, then go back to your textbooks and the official material to fix them.
Prepare for the NEET - National Eligibility cum Entrance Test exam with our free practice test modules. Each quiz covers key topics to help you pass on your first try.
These are practice questions written for this site, not questions from the real exam. Each explanation shows why the right answer is right and why the others are wrong.
Question: The hybridization of carbon in CO₂ is:
Answer: C. sp
Explanation:
The correct answer is sp. Carbon in CO₂ forms double bonds with each oxygen atom and has no lone pairs. It therefore has only two regions of electron density around it, which needs two hybrid orbitals. That arrangement is sp hybridization, and it gives a linear molecule.
sp³ is wrong because it describes a tetrahedral arrangement with four regions of electron density, as in methane. sp² is wrong because it describes a trigonal planar arrangement, as in ethene. dsp² is wrong because it involves a d orbital and is associated with square planar complexes, not a simple molecule of a non-metal like carbon.
The rule to remember: count the regions of electron density around the central atom, where a double bond counts as a single region and a lone pair counts as a region. Then match the count to the hybridization and shape.
Question: There is frequently paramagnetism in
Answer: A. d-block elements
Explanation:
The correct answer is d-block elements. Paramagnetism comes from unpaired electrons, which are pulled weakly into a magnetic field. Transition metals have partially filled d orbitals, so their atoms and ions often contain unpaired electrons, and many of their compounds are paramagnetic.
p-block elements is wrong because, although some p-block species do have unpaired electrons (oxygen is the usual example), this is not the general pattern for the block. s-block elements is wrong because their common ions have no unpaired electrons, so they are typically not paramagnetic. Any of them is wrong because the question asks where paramagnetism is frequent, and only the d-block fits.
The rule to remember: write the electron configuration, fill the orbitals, and look for unpaired electrons. Unpaired means paramagnetic, all paired means diamagnetic.
Question: The Hardy-Weinberg equilibrium principle applies to populations that are:
Answer: C. Large with random mating and no evolution
Explanation:
The correct answer is large populations with random mating and no evolution. The Hardy-Weinberg principle describes a reference state in which allele and genotype frequencies stay constant from generation to generation. That only holds when the population is large, mating is random, and there is no mutation, no selection and no gene flow.
Small and isolated is wrong because a small population is open to genetic drift, which changes allele frequencies by chance. Experiencing natural selection is wrong because selection shifts frequencies, which breaks the equilibrium. Rapidly evolving is wrong because evolution is, by definition, a change in allele frequencies over time.
The rule to remember: Hardy-Weinberg is a null model. Any factor that changes allele frequencies, such as drift, selection, mutation, migration or non-random mating, moves the population away from equilibrium.
Start by reading the current official bulletin from the National Testing Agency so you know the format, the fee for your category and the syllabus you are responsible for. Keep that document open as your checklist.
Then take a short practice set in each subject area: Physics, Chemistry, and Biology with its Botany and Zoology sets. Treat the results as a map, not a score. Note which topics cost you the most mistakes, and sort them into gaps in knowledge, careless slips and questions you ran out of time on.
For each weak topic, return to your textbook and the official syllabus, then use a topic set such as Organic Chemistry, Human Physiology, Genetics and Evolution or Ecology and Environment to test the repair. After every question you get wrong, write one line stating the rule you missed, and review those lines regularly.
As test day gets closer, switch to timed practice. The real paper has 180 questions in 180 minutes, so practise moving on when you are stuck and coming back to it later. Use the General and MCQ Test sets for mixed practice. Keep the final days for light review of your error notes rather than new material.
The NEET (UG) paper has 180 compulsory questions, and candidates must attempt all of them. The questions are multiple choice. The official bulletin from the National Testing Agency is the place to confirm the current format, so check it before you finalise your preparation.
The test lasts 180 minutes, which is 3 hours. All 180 compulsory questions must be attempted within that time. Because the time is limited, it helps to practise pacing with timed sets and to decide in advance when you will skip a question and return to it later.
For candidates in India, the fee is ₹1,700 for General, ₹1,600 for General-EWS and OBC-NCL, and ₹1,000 for SC, ST and PwBD candidates. For candidates outside India it is ₹9,500. Fees can change between sessions, so confirm the amount for your category in the current official bulletin.
No. The questions on this page were written by us with AI tools, and they are not taken from real exam papers. They are meant for topic practice and for spotting weak areas. They do not predict what will be asked, so use them alongside your textbooks and the official syllabus.
Use the official information bulletin and notices published by the National Testing Agency. Eligibility conditions, dates and counselling arrangements can vary, including by state and institution, and this page does not list them. Always rely on the official source for anything that affects your application.
Start with the NEET General or NEET MCQ Test set to see where you stand across subjects. Then move to the subject sets for Physics, Chemistry and Biology, and use the topic sets, such as Organic Chemistry or Human Physiology, to work on the specific areas where you made the most mistakes.
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