NEET Physics and Measurement Mock Test 2025 – Chapterwise Online Practice & Solutions

Gravitation is a high-yield chapter for NEET Physics and frequently features concept-driven numericals and application-based MCQs based on the latest NTA exam pattern. To help NEET 2026 aspirants master every aspect—from Newton’s Law of Universal Gravitation and acceleration due to gravity to satellite motion and escape velocity—this targeted mock test delivers a comprehensive, chapter-specific practice experience. Attempting topic-wise mock tests is the fastest way to develop NEET-level proficiency, time management, and question-solving confidence for this crucial Physics unit.

NEET 2026 Gravitation Mock Test: Structure, Benefits & Key Features

The NEET Gravitation Mock Test 2026 arranges 40 original, NCERT-aligned MCQs across varying difficulty, precisely reflecting the real NEET Physics pattern: single correct answer, +4/–1 marking, and real-exam level time constraints. Prepare with instant online test or PDF download, solve NEET-standard problems, and use step-by-step solutions with each question to solidify your understanding. Designed by expert NEET faculty, this mock test allows you to analyze strengths, address weaknesses, and benchmark your score—vital steps on your path to 180/180 in Physics.

Must-Practice NEET Physics Topics: Gravitation Chapter Breakdown

Success in NEET demands not only accuracy, but also deep familiarity with scoring subtopics and frequently asked concepts from Gravitation. Smart revision and targeted MCQ practice is the key. Use the table below to structure your efforts and never miss a high-weightage area in this chapter.

Essential Gravitation Formulas for NEET MCQ Mastery

• Newton’s Law: F = Gm₁m₂/r²
  Universal gravitational force between two masses separated by distance r.
• Gravitational Acceleration: g = GM/R²
  Acceleration due to gravity at Earth’s surface; changes with altitude, depth, latitude.
• Gravitational Potential: V = –GM/r
  Potential at a point mass due to another mass M.
• Escape Velocity: v_esc = √(2GM/R)
  Minimum velocity to escape a planet’s gravitational influence.
• Orbital Velocity: v_orb = √(GM/r)
  Speed required to remain in circular orbit at radius r.
• Kepler’s Third Law: T² ∝ r³
  Relates period of revolution (T) to radius of orbit (r).

NEET Gravitation Mock Test 2026: Realistic Difficulty Profile

The MCQ distribution mirrors real NEET exam weightage for this chapter, mixing direct, formula-based, and tricky conceptual questions. Train to solve each set accurately in under 60 seconds per MCQ, prioritizing high-yield numericals and diagram-based applications.

• Prioritize fast, accurate computation for calculation-based MCQs; time management is as crucial as conceptual depth.
• Redraw or imagine standard diagrams (e.g., satellite orbit, g vs height/depth graph) for tricky questions.
• Pay attention to units and prefixes (kilo, milli, mega) in G, mass, or distance values.
• Use error elimination: If unsure, try eliminating obviously wrong choices based on order of magnitude or sign.

Gravitation Chapter: NEET 2026 Weightage & PYQ Insights

Analysis of NEET previous year papers shows this chapter reliably contributes 2–4 marks each year. Questions often blend NCERT line concepts, numericals with variations, and applications like satellites, weightlessness, and gravitational potential energy. Focus revision on these patterns:

• Variation in g with altitude, latitude, or depth (graph trends, formula manipulation)
• Numerical MCQs around escape velocity, orbital speed, and planetary motion
• Potential energy curve interpretations and zero reference for gravitational potential
• Assertion-reason MCQs based on conceptual understanding (e.g., Kepler’s laws, free-fall conditions)

Smart NEET Prep: How to Maximize Your Gravitation Score

1. Solve a minimum of 40–50 MCQs across all difficulty levels before attempting full Physics mock papers.
2. Set a strict timer (60 min) and simulate NEET OMR filling for every practice session.
3. After each test, analyze your topic-wise breakdown: Where do you make errors—unit confusion, application, or negative marking?
4. Maintain a shortnote file with formulae (with units), common calculation mistakes, and “trick” scenarios from missed MCQs.
5. Periodically revise solved examples and high-frequency NEET previous year questions on gravitation.
6. Use performance analytics to target weak subtopics, not just celebrate your strengths.

Pro-Tip: Avoid Common NEET MCQ Pitfalls in Gravitation

• Don’t confuse gravitational potential (scalar, negative) with gravitational field (vector).
• Careful with signs (negative for potential energy, direction of gravitational force).
• Read each MCQ completely; pay attention to qualifying words: “minimum,” “at the surface,” “from infinity,” “weightlessness.”
• In satellite MCQs, always distinguish between orbit radius (from centre of Earth) and height (from surface).
• Remember: Only conservative forces (like gravity) have a well-defined potential energy.

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