Engineering Entrance Exam

Yes, a GATE-qualified student with an MA in English can apply for a PhD programme and may receive a stipend. Although GATE is mainly linked with the engineering and technology fields, some institutions may allow the acceptance of GATE scores in interdisciplinary programs, including those of humanities.Stipend Details:Stipend Amount: PhD students are paid a monthly stipend of 31,000 for the first two years as Junior Research Fellows (JRF). It increases to 35,000 in subsequent years as a Senior Research Fellow (SRF).Eligibility: Candidates who had earned a valid GATE score and were registered at approved PhD programs at participating GATE institutions, became eligible for the stipend.Application ProcessCandidates should check on certain eligibility criteria and processes regarding applications for the interested universities, as policies do tend to vary. Best advisable would be to consult admissions offices of the respective universities if they have any questions as concerns applying with an MA in English.

With a score of 91 percentile in the JEE Mains exam, candidates have several choices available to them, mainly NITs and Government-Funded Technical Institutes, GFTIs. Here are a few notable colleges:NIT Arunachal PradeshNIT MizoramNIT NagalandNIT ManipurSome of the other IIITs and the DTU Delhi and the Birla Institute of Technology, Mesra are also likely to accept the score, although only to a lesser degree for other less competitive branches.The cut-offs vary in different branches and categories; the expected rank would normally be around 120,001 to 123,000. Exploration of more than one college with flexibility of branch choice increases chances of admission.

Based on the available information, with an OBC category rank of 100,000 and considering the home state quota, securing admission to the Electrical Engineering programme at J.C. Bose University of Science and Technology, YMCA Faridabad, appears challenging. In the 2023 admissions, the closing rank for OBC candidates in the Electrical Engineering programme under the home state quota was 99,685. Since your rank is slightly higher than this cutoff, it may be difficult to secure a seat in this program. However, cutoff ranks can vary each year based on factors such as the number of applicants, seat availability, and overall performance. It's advisable to participate in the counseling process, as there might be variations in cutoffs, and you could explore other engineering branches or related programs that may have higher cutoff ranks.

The HITSEEE Mathematics syllabus covers a wide range of topics from basic algebra to calculus and probability. Here's a general overview:Algebra * Sets, Relations, and Functions * Complex Numbers * Sequences and Series * Permutations and Combinations * Binomial Theorem * Matrices and Determinants * Quadratic EquationsTrigonometry * Trigonometric Ratios and Identities * Trigonometric Equations * Inverse Trigonometric Functions * Applications of TrigonometryCoordinate Geometry * Straight Lines * Conic Sections (Circles, Parabolas, Ellipses, Hyperbolas) * Three-Dimensional GeometryCalculus * Limits and Continuity * Differentiation * Applications of Derivatives * Integration * Definite Integrals * Applications of IntegralsDifferential Equations * Order and Degree of Differential Equations * Formation of Differential Equations * Solution of Differential EquationsProbability and Statistics * Probability * Random Variables * Probability Distributions * Statistical MeasuresVector Algebra * Vectors and Scalars * Addition, Subtraction, and Scalar Multiplication of Vectors * Dot Product and Cross ProductNote: This is a general overview. For the most accurate and up-to-date information, refer to the official HITSEEE brochure or website. You can usually find the detailed syllabus there.Preparation Tips: * Thorough Understanding of Concepts: Focus on understanding the underlying concepts rather than just memorizing formulas. * Practice Regularly: Solve numerous problems from textbooks and previous year question papers to reinforce your understanding and improve your problem-solving skills. * Time Management: Practice solving problems within a time limit to improve your speed and accuracy. * Refer to Reliable Study Materials: Use standard textbooks and reference books for comprehensive coverage of the syllabus. * Stay Updated: Check the official HITSEEE website for any updates or changes to the syllabus.By following these tips and diligently preparing for the exam, you can increase your chances of success in the HITSEEE Mathematics section.

To get the previous year's MPC AUEET (Andhra University Engineering Entrance Test) question paper, first, you can follow these easy steps:1) Official Website: You can visit the website of Andhra University which may provide some sample papers or previous year's question papers.2) Online Forums: There could be educational forums or websites like Gradeup that share such papers from previous years.3) Coaching Institutes: Most coaching centers also provide previous year's question papers for AUEET as a part of their study materials.4) Contact University: You can directly contact Andhra University's examination office in order to get access to previous papers. 

Unfortunately, I cannot directly provide you with a PDF file. However, I can share some of the most important formulas from key JEE Physics chapters. You can compile these into a PDF yourself using a tool like Google Docs or a dedicated note-taking app.Key JEE Physics Chapters and Important Formulas:1. Units and Measurements * Dimensional Formula: [Physical Quantity] = [M]^a [L]^b [T]^c * Significant Figures Rules2. Motion in a Straight Line * v = u + at * s = ut + 1/2 at^2 * v^2 = u^2 + 2as3. Motion in a Plane * Projectile Motion Formulas:   * Time of Flight: T = 2u sin? /g   * Maximum Height: H = u^2 sin^2? /2g   * Horizontal Range: R = u^2 sin2? /g * Relative Velocity: vAB = vA - vB4. Laws of Motion * Newton's Laws of Motion * Friction: f? N * Work-Energy Theorem: W =? K5. Work, Power, and Energy * Work: W = F · d * Kinetic Energy: KE = 1/2 mv^2 * Potential Energy: PE = mgh (gravitational) * Power: P = W/t6. Rotational Motion * Torque:? = r x F * Angular Momentum: L = I?  * Rotational Kinetic Energy: KE = 1/2 I? ^27. Gravitation * Newton's Law of Universal Gravitation: F = Gm1m2/r^2 * Gravitational Potential Energy: U = -GMm/r * Escape Velocity: ve =? (2GM/R)8. Properties of Solids and Liquids * Young's Modulus: Y = (F/A)/ (? L/L) * Bulk Modulus: B = -? P/ (? V/V) * Surface Tension: T = F/2L9. Thermodynamics * First Law of Thermodynamics:? U = Q - W * Second Law of Thermodynamics (Kelvin-Planck Statement) * Carnot Efficiency:? = 1 - Tc/Th10. Kinetic Theory of Gases * Ideal Gas Law: PV = nRT * Kinetic Energy of Gas Molecules: KE = 3/2 kT11. Oscillations * Simple Harmonic Motion (SHM): Equation of Motion, Time Period, Frequency12. Waves * Wave Equation: v = f?  * Standing Waves: Formation, Harmonics13. Electrostatics * Coulomb's Law: F = kq1q2/r^2 * Electric Field: E = F/q * Electric Potential: V = kq/r14. Current Electricity * Ohm's Law: V = IR * Kirchhoff's Laws * Power: P = IV15. Magnetic Effects of Current and Magnetism * Biot-Savart Law * Ampere's Circuital Law * Force on a Moving Charge in a Magnetic Field: F = qvBsin? 16. Electromagnetic Induction and Alternating Currents * Faraday's Law of Electromagnetic Induction:? = -d? /dt * Lenz's Law * AC Circuits: RMS values, Impedance, Resonance17. Electromagnetic Waves * Properties of Electromagnetic Waves * Electromagnetic Spectrum18. Optics * Laws of Reflection and Refraction * Lens Formula: 1/v - 1/u = 1/f * Magnification: m = v/u19. Dual Nature of Matter and Radiation * Photoelectric Effect: Einstein's Photoelectric Equation * de Broglie Wavelength:? = h/p20. Atoms and Nuclei * Atomic Structure: Bohr Model * Radioactive Decay:? ? ? decay21. Semiconductor Electronics * P-n Junction Diode * Transistor: Common Emitter ConfigurationRemember, understanding the concepts behind these formulas is crucial for success in JEE. Practice solving problems using these formulas to solidify your understanding.Additional Tips: * Regular Revision: Consistent review is key to retaining information. * Practice, Practice: Solve as many problems as possible to apply the formulas and improve your problem-solving skills. * Focus on Conceptual Understanding: Don't just memorize formulas; understand the underlying principles. * Use Mnemonic Devices: Create your own memory aids to remember complex formulas.By diligently following these tips and utilizing the provided formulas, you can significantly enhance your JEE Physics preparation.