NMIMS CET

In the NMIMS CET, there is no negative marking, making it a candidate-friendly exam. Here's how the marking scheme works:Marking SchemeCorrect Answer: You earn 1 mark for every correct response.Incorrect Answer: No marks are deducted for wrong answers.Unattempted Questions: No marks are awarded or deducted for leaving a question unanswered.Implications of No Negative MarkingEncourages Attempting More Questions: Since there is no penalty for incorrect answers, candidates can attempt all questions without fear of losing marks. This approach can help maximize your score, especially in sections where you are unsure about certain answers.Increases Guesswork Chances: You can make an educated guess for questions where you're unsure, as there is no risk involved. Logical reasoning and language proficiency sections, in particular, can benefit from strategic guessing.Focus on Speed and Accuracy: While there is no penalty, accuracy is still crucial for achieving a high score.Time management is key to attempting all questions within the allotted time.Balanced Strategy: Attempt questions you're confident about first.Use the remaining time to tackle uncertain questions and make logical guesses.This marking scheme is beneficial, especially for students who might struggle with certain sections, as they can still attempt all questions without the fear of losing marks.

The time required to complete the NMIMS CET syllabus depends on factors like your familiarity with the subjects, the time you can dedicate daily, and your preparation strategy. Here's a general guidelineIf You Start Early (6-8 Months Preparation Time):Daily Study Time: 3-4 hours on weekdays and 5-6 hours on weekends.Plan:4-5 months for concept building across all subjects.1-2 months for rigorous practice and revision.Regularly take mock tests in the last 1-2 months.Moderate Timeline (3-4 Months):Daily Study Time: 5-6 hours consistently.Plan:Spend 2-3 months mastering key topics from Physics, Chemistry, Mathematics/Biology, Logical Reasoning, and Language Proficiency.Dedicate the final month for revision and solving previous years' papers and mocks.Focus on your strong areas while giving extra time to weak sections.Short Timeline (1-2 Months):Daily Study Time: 8-10 hours with intense focus.Plan:Prioritize high-weightage topics (e.g., Mechanics in Physics, Organic Chemistry, Algebra in Mathematics).Practice Logical Reasoning and Language Proficiency daily for an hour each.Take mock tests 2-3 times a week to improve speed and accuracy.

The NMIMS CET syllabus is designed to assess a candidate's knowledge in subjects they typically study in Classes 11 and 12 under the Science stream. Whether it is considered "tough" depends on your level of preparation and familiarity with the topics. Here are some factors to consider:Level of DifficultyThe exam includes questions from Physics, Chemistry, Mathematics, Logical Reasoning, and Language Proficiency, which are similar in difficulty to most competitive exams like JEE (for Engineering) or state-level CETs.For Pharmacy aspirants, Biology replaces Mathematics, making it slightly different.Comparison with Other ExamsIt is less challenging than highly competitive exams like JEE Advanced, but it may be comparable to JEE Main or state-level entrance tests.Logical Intelligence and Language Proficiency sections are relatively easier for candidates with good analytical and verbal skills.Preparation FactorIf you have a strong understanding of Class 11 and 12 concepts and practice regularly, you will find the syllabus manageable.Familiarity with solving questions quickly and accurately under time pressure is crucial since the exam is time-bound.

The NMIMS CET syllabus is designed to test a candidate's knowledge in key subjects relevant to the programs offered through the exam. The syllabus includes the following subjects:Physics: Physics and measurement, Kinematics, Thermodynamics, Work, energy, and power, Rotational Motion, Gravitation, Laws of motion, Properties of solids and liquids, Electronic devices, Kinetic theory of gases, Oscillations and waves, Current electricity, Magnetic effects of current and magnetism, Electromagnetic induction and alternating currents, electromagnetic waves,  ChemistryPhysical chemistry: Some basic concepts in chemistry, states of matter, Atomic structure, Chemical bonding and molecular structure, Chemical thermodynamics, Solutions, equilibrium, Redox reactions and electrochemistry, Chemical kinetics, Organic chemistry: Purification and characterization of organic compounds, Hydrocarbons, Chemistry in everyday life, Principles related to practical chemistry, Organic compounds containing halogens, oxygen, and nitrogen, PolymersInorganic Chemistry: Classification of elements and periodicity in properties, Block elements (alkali and alkaline earth metals), P Block elements (group-13 to group-18 elements, d- and f-block elements), Coordination compounds, Environmental chemistry, General principles and processes of isolation of metalsMathematics: Sets and functions, Complex number and quadratic equation, Matrices and determinants, Permutation and combination, Mathematical induction, Binomial theorem and its application, Sequence and series, Limit, continuity and differentiability, Integral calculus, Coordinate geometry, Three-dimensional geometry, Vector algebra, Statistics and probability, TrigonometryCritical thinking: Decision making, Problem-solving, Logical intelligence, Verbal-logical reasoning, Numerical reasoning, Venn diagram, Mathematical equalities, Data interpretation, Graphs and chartsLanguage proficiency: Error recognition, Recognising grammatical structure and usage, Applied grammar – Using prepositions, determiners, connectives, tenses appropriately etc., Contextual usage, Sequencing of ideas, Reading comprehension Passages – Locating Information, grasping ideas, identifying relationships, interpreting ideas, moods, characteristics of characters, tone of the passage, inferring, getting the central theme, evaluating