BITSAT 2026 Last 3 Months Strategy | How to Crack BITSAT in 90 Days

Main ideas / lessons conveyed

• The speaker shares a subject-wise strategy and roadmap for BITSAT 2025 (even though the video title mentions BITSAT 2026 / 90 days).
• A central theme is time-efficient preparation and maximizing scoring potential by focusing on:
  • Formula-driven practice (especially for Physical Chemistry)
  • Core Organic concepts (especially GOC + reaction mechanisms) plus learning key exceptions
  • Fact + reaction memorization (Inorganic Chemistry)
  • Covering most of the Physics syllabus using a repeatable 3-step method
  • A practice/aptitude-first approach for Maths, starting with strengths

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Chemistry strategy

1) Physical Chemistry (PCM)

• Core concept: Implementation and formulas
• Lesson: Theory is less important than practice and formula application.
  • Example claim: during JEE prep, theory (e.g., chemical kinetics) was read only a couple of times, but problems were solved repeatedly from modules.

Implied method

• Go through all key formulas.
• For each formula, do 3–4 examples.
• Then switch directly to JEE Main PYQs.

Exceptions (chapters that may need more understanding)

• Some chapters may require more theory-like understanding, e.g.:
  • Gaseous state
  • Solid state
• Action:
  • Make NCERT notes for such topics and revise properly.

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2) Organic Chemistry

• Core idea: Organic is likely the most time-consuming because it is highly analytical and interconnected.
• Limitation: You cannot ignore high-weight topics selectively because questions often involve series of reactions with multiple reagents.

Key “backbone” topics

• GOC (General Organic Chemistry)
• Reaction mechanisms

If you’re weak in GOC/mechanisms:

• The speaker says they will provide a list of topics (not shown in subtitles), and completing it is implied to enable strong performance.

Common failure points / “blunders”

1. Nomenclature

   • If you know reactions/chemistry but not naming, you may fail to interpret questions and solve them.
   • Example idea: understanding comparative acidic nature depends on correct conversion/interpretation; if a question gives a common name, not knowing nomenclature prevents you from drawing/identifying structures.

2. Overthinking exceptions

   • Don’t assume organic exceptions are always obvious/derivable during the exam.
   • Learn key exceptions rather than analyzing every detail.
   • Examples of exceptions mentioned:
     • Lewis acidic nature of haloform series: involves back bonding (vacant d orbitals alone is not enough in the way exams expect).
     • Diols configurations: gauche form is more stable due to hydrogen bonding.

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3) Inorganic Chemistry

• Core idea: Know facts and remember reactions.
• No special “hard-line” strategy—approach is mainly repetition and consolidation.

Suggested workflow

• Solve JEE Main PYQs first
• Then read NCERT

Why it helps

• After solving PYQs, reading NCERT helps you recognize what you already solved and become more careful/accurate—improving recollection and memorization.

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Mentioned course / source (embedded advertisement)

• The speaker promotes a BITSAT crash course (2026 BITSAT) from “Fiitjee / FIIT?” (subtitles are garbled; likely FIITJEE BITSAT or similar) / “F… Club”.
• Claims include:
  • Detailed PCM lectures
  • English LR content
  • Aligned with BITSAT syllabus
  • Chapter-wise tests, time-bound mock tests, and detailed solutions/analysis
• Coupon code: hit7 for 10% scholarship

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Physics strategy (3-step method)

• Main promise: Physics becomes highly scoring if you follow one rule:
  • Cover 85–90% of the syllabus

3-step method

1. Watch educator videos

   • Choose an educator you already follow.
   • Watch short videos / playlists.
   • Note down numericals/problems solved.
   • Create a formula sheet from what you observe.

2. Solve examples using your formula sheet

   • Note down formulas.
   • Solve at least 7–8 examples and advanced illustrations.
   • Suggested references:
     • H.C. Verma
     • D.C. Pandey

3. Use JEE Main PYQs (or chapter playlists as a substitute)

   • Ideally: solve JEE Main PYQs.
   • Alternative: use chapter-wise educator playlists, and try to implement solutions yourself.

Expected result

• Better question-attempting range in mock tests.
• Since BITSAT is described as less difficult than JEE Mains (as claimed), covering syllabus to basic–intermediate levels should allow attempting 70–80% of questions.

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Maths strategy

• Principle: Maths preparation should be the opposite of Physics preparation.

Approach

• First consolidate topics you are already good at.
• Then move to weaker topics.

Reasoning

• Maths success depends on aptitude and intuition (“clicks” during questions).
• Aptitude builds through practice/conditioning, which takes time.

Time-management suggestion

• If time is limited, prioritize Physics and Chemistry for better output per time.
• Framed as advice from a back bencher / last-moment perspective (not for “prodigies”).

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Speakers / sources featured

• Speaker/creator: Nihit (channel host)
• Referenced exams/sets:
  • BITSAT
  • JEE Main (PYQs mentioned repeatedly)
• Referenced study materials:
  • NCERT
  • H.C. Verma
  • D.C. Pandey
• Course/organization in ad: “BITSAT 2026 Bitsa Crash Course” from “Fiit/Food Club” (exact name unclear due to subtitle errors)
• Coupon code: hit7
• Referenced concept sources: “educators on YouTube” (no specific names given in subtitles)