Glocal University News & Updates 2026: Notifications, Notice, Result

The top 5 highest paying MBA specialisations in India 2026 are MBA in Finance, MBA in Marketing, MBA in Operations, MBA in Business Analytics, and MBA in Entrepreneurship. Some of the top colleges offering these highest paying MBA specialisations in India 2026 include Indian Institute of Management - Bangalore, Institute of Technology & Science, Faculty of Management Studies, and more. After pursuing an MBA from one of these institutes in your chosen highest paying specialisation, you can start your career with a salary of INR 8-10 lakhs per annum. This can easily go up to INR 25 LPA with work experience and skills. These days, companies value professionals who bring a blend of technical knowledge and leadership skills to the table, especially in sectors like finance, technology, consulting, and marketing. So, as an aspirant, you must choose your MBA course specialization wisely, as it significantly impacts your earning potential. Explore the top 5 highest paying MBA specializations in India 2026, providing valuable insights for those planning to embark on their entrepreneurial journey.

The COMEDK UGET exam is one of India’s key engineering entrance examinations, designed to assess a candidate’s foundational understanding and application of concepts in Physics, Chemistry, and Mathematics. Among these, Physics holds significant importance, not only because it forms one-third of the total questions in the exam but also because it tests students on core scientific principles and their ability to solve numerical problems efficiently. The COMEDK UGET 2026 Physics syllabus PDF is aligned largely with the NCERT Class 11 and Class 12 curricula, ensuring consistency with the standard senior secondary education pattern across India.

The syllabus for Mathematics in COMEDK UGET 2026 is designed to comprehensively assess a candidate’s understanding of concepts typically taught in Class 11 and Class 12 as per the CBSE and equivalent state board curriculum. This integrated coverage ensures that students demonstrate both foundational knowledge and advanced analytical skills in mathematical problem-solving. The COMEDK UGET 2026 mathematics syllabus PDF spans a wide array of topics from Sets, Relations & Functions, and Trigonometry, to core areas of Algebra such as sequences and series, binomial theorem, complex numbers, and matrices. It also includes Coordinate Geometry, where students explore straight lines, circles, conic sections and introductory three-dimensional geometry. A significant portion of the topic list focuses on Calculus, one of the most heavily weighted themes in the Mathematics section. This includes limits, continuity and differentiability, techniques and applications of derivatives, as well as integration and its applications, such as area computations and solving differential equations. Additionally, Probability and Statistics are integrated to assess reasoning under uncertainty, while Vectors and Three-Dimensional Geometry gauge spatial understanding and vector operations.

COMEDK UGET Chemistry Syllabus 2026 combines foundational theories, practical applications, and analytical problem-solving skills, ensuring that candidates are well-prepared for competitive engineering entrance standards. The COMEDK UGET 2026 chemistry syllabus PDF is structured around the core areas of Physical, Organic, and Inorganic Chemistry, following a curriculum that is largely based on the CBSE/State board pattern and traditional Chemistry education. In Physical Chemistry, the focus is on understanding the quantitative and analytical aspects of chemical reactions and properties of matter. Students are expected to study topics like thermodynamics, chemical equilibrium, kinetic theory, electrochemistry, and states of matter. The Organic Chemistry portion of the syllabus covers the structure, nomenclature, reactions, and applications of carbon-containing compounds. Students will encounter units on hydrocarbons, alcohols, phenols, ethers, aldehydes, ketones, carboxylic acids, amines, biomolecules, and polymers. Inorganic Chemistry includes the study of atomic structure, periodic trends, chemical bonding, p-block and d-block elements, coordination compounds, and environmental chemistry. 

COMEDK UGET 2026 Passing Marks: COMEDK passing marks 2026 are the minimum marks out of 180 that you must score to qualify for the COMEDK 2026 exam. COMEDK qualifying marks 2026 vary category-wise, namely General, SC, ST, and Others. As a General category student, you will have to score at least 45% of the total exam scores i.e. 81 out of 180 marks, to pass the test. However, if you belong to the SC/ ST/ Other category, the minimum passing marks are 40%, i.e. 72 marks out of 180 total marks. Only those of you who manage to get the COMEDK passing marks 2026 shall be considered eligible for counselling and admission in the COMEDK UGET 2026 participating colleges. During each round of counselling, COMEDK UGET 2026 cutoff will differ depending on your preferred college and course. Although COMEDK passing marks 2026 determine your eligibility to participate in the counselling process, it does not guarantee a seat in your desired college. To get into the top engineering colleges via COMEDK 2026, you need to secure a good score and rank in the examination. Ideally, you should aim for 160+ marks and a rank below 5,000 to get admission in any of the top government colleges. Check more details regarding COMEDK passing marks 2026 on this page.

Also Check - What is a Good Score & Rank in COMEDK UGET 2026?

KCET Electric Charges and Fields Weightage Marks 2026 is 3 to 4% of the total weightage of the Physics syllabus and 2 to 3 questions can be expected to be asked in the KCET 2026 exam. As per previous years' analysis, KCET Electric Charges and Fields Weightage are considered moderate. Some of the important topics of KCET Electric Charges and Fields from Physics include Electric Field, Coulomb's Law, Electric Potential, Capacitors, Gauss's Law, Electrostatic Potential Energy of a System of Charges, Dielectrics, etc.