NEET Crash Course

Team NEET Crash Course 2026 – Concept Academy

Crash Course Starting from 6 March 2026

At Concept Academy, our NEET Crash Course is guided by a team of experienced educators who focus on concept clarity, exam-oriented preparation, and rapid revision strategies to help students maximize their scores in NEET 2026.

The faculty members combine strong subject expertise, structured teaching methodology, and intensive practice sessions to ensure students achieve the best results within a short preparation time.

1. Physics Faculty

Mr. Sadik Husain

M.Tech | 10+ Years Teaching Experience

Teaching Strength

Mr. Sadik Husain specializes in making Physics simple, logical, and problem-oriented. His teaching approach focuses on building strong conceptual understanding and numerical problem-solving skills, which are essential for NEET success.

Subject Focus in Crash Course

  • Mechanics (Kinematics, Laws of Motion, Work Energy Power)
  • Electrostatics & Current Electricity
  • Magnetism & Electromagnetic Induction
  • Modern Physics
  • Quick Formula Revision & Numerical Tricks

Special Strategy

  • Concept-based teaching with shortcut techniques
  • Daily numerical practice
  • Previous Year NEET Question analysis
  • Fast revision of formulas and key concepts

2. Organic Chemistry Faculty

Mr. Janardan Dixit

M.Sc Chemistry | B.Ed | 5+ Years Teaching Experience

Teaching Strength

Mr. Janardan Dixit is known for his clear explanation of reaction mechanisms and conceptual organic chemistry. He focuses on helping students understand why reactions occur, which makes memorization easier.

Subject Focus in Crash Course

  • General Organic Chemistry (GOC)
  • Hydrocarbons
  • Haloalkanes & Haloarenes
  • Alcohols, Phenols & Ethers
  • Aldehydes, Ketones & Carboxylic Acids
  • Biomolecules

Special Strategy

  • Reaction mechanism simplification
  • Organic reaction flowcharts
  • NCERT-based question practice
  • Rapid revision of named reactions

3. Inorganic & Physical Chemistry Faculty

Mr. Mohd Saleem

BUMS | 3+ Years Teaching Experience

Teaching Strength

Mr. Mohd Saleem focuses on conceptual clarity and NCERT-based learning, which is extremely important for NEET Chemistry.

Subject Focus in Crash Course

Inorganic Chemistry

  • Periodic Table & Chemical Bonding
  • p-Block Elements
  • d & f Block Elements
  • Coordination Compounds

Physical Chemistry

  • Mole Concept
  • Thermodynamics
  • Chemical Equilibrium
  • Electrochemistry
  • Chemical Kinetics

Special Strategy

  • NCERT line-by-line explanation
  • Important reaction and formula revision
  • Quick practice questions
  • Memory-based tricks for inorganic chemistry

4. Zoology Faculty

Dr. Urvi Mallika

BDS | 5 Years Teaching Experience

Teaching Strength

Dr. Urvi Mallika specializes in Human Physiology and medical-oriented biology, making topics easy to understand for NEET aspirants.

Subject Focus in Crash Course

  • Human Physiology
  • Human Reproduction
  • Human Health & Diseases
  • Biotechnology Applications
  • Animal Kingdom

Special Strategy

  • Diagram-based explanation
  • NCERT line-by-line coverage
  • Important biological processes simplified
  • Frequent MCQ practice sessions

5. Botany Faculty

Mr. Nazim Hussain

M.Sc | B.Ed | 7 Years Teaching Experience

Teaching Strength

Mr. Nazim Hussain is highly experienced in teaching Plant Biology and Ecology, focusing on NCERT-based conceptual clarity and diagram understanding.

Subject Focus in Crash Course

  • Plant Physiology
  • Plant Anatomy & Morphology
  • Genetics & Evolution
  • Ecology & Environment
  • Biotechnology Principles

Special Strategy

  • NCERT-based learning approach
  • Diagram and flowchart explanations
  • Important concept summaries
  • High-yield NEET MCQ practice

Why Choose the Concept Academy Crash Course?

✔ Quick revision of complete NEET syllabus
✔ Experienced faculty guidance
✔ Topic-wise MCQ practice
✔ Booster tests and full syllabus tests
✔ Doubt-clearing sessions
✔ Focus on high-weightage NEET topics

CONCEPT STUDY MATERIAL

  • NEET: Conquer your medical entrance with in-depth Biology and Chemistry.
  • JEE: Excel in engineering with comprehensive Physics and Mathematics.
  • CUET: Ace your university admissions with targeted preparation.
    Why Choose Concept Study Material?
  • CNET : Excellence in CUET Exams for Admission in B.Sc. Nursing Course from Medical Colleges
  • Expert-Curated Content: Developed by experienced educators who understand what it takes to succeed.
  • Clear & Concise Explanations: Say goodbye to confusion and hello to clarity.
  • Practice Makes Perfect: Ample practice questions and solved examples to solidify your understanding.
  • Foundation to Advanced: We cater to all levels, ensuring a smooth learning progression.
    Don’t just study, understand!
    Join thousands of successful students who have transformed their learning journey with Concept Study Material.
    Ready to start your journey to academic excellence? Explore our subjects today!

Unlock Your Potential with Concept Study Material!
Are you ready to truly master Physics, Chemistry, Mathematics, and Biology? Whether you’re laying the groundwork in middle school or aiming for the stars in competitive exams, Concept Study Material is your ultimate companion!
Comprehensive Coverage for Every Stage:
From Class VI to XII, we provide meticulously crafted study materials that build a strong foundation. Our content is designed to make complex concepts easy to understand, ensuring you grasp the “why” behind every “what.”
Your Gateway to Top Exams:
Dreaming of a career in medicine or engineering? Our specialized modules are tailored to prepare you for India’s most challenging entrance exams:

CHEMISTRY

BIOLOGY

MATHEMATICS

Project work

🎉 बधाई हो आदित्य बिंद को! 🎉
पुत्र श्री विपिन कुमार | कक्षा 10 | Concept Academy

हमें यह बताते हुए अत्यंत गर्व हो रहा है कि आदित्य बिंद ने दिनांक 24 जुलाई 2025 को आयोजित Inspire MANAK Award 2025-26 में भाग लिया और अपने भौतिक विज्ञान परियोजना “Fire Alert System” को गर्व से प्रस्तुत किया। 🔥🔔

इस परियोजना को उन्होंने अपने विज्ञान शिक्षक श्री नाज़िम हुसैन की देखरेख में तैयार किया। नाज़िम सर ने उन्हें इस प्रतियोगिता में भाग लेने के लिए प्रेरित किया और हर कदम पर मार्गदर्शन दिया। 👏

यह Concept Academy के लिए गर्व का क्षण है कि हमारे एक होनहार छात्र ने राष्ट्रीय मंच पर अपनी प्रतिभा और नवाचार क्षमता का प्रदर्शन किया।

✨ टीम Concept Academy की ओर से ढेरों शुभकामनाएं —
आदित्य, तुम्हारा भविष्य उज्ज्वल हो, ऐसे ही आगे बढ़ते रहो! 🚀

– Team Concept Academy
“जहां चाह, वहां राह – और मेहनत से ही सपने हकीकत बनते हैं।”

1. AIM

To verify Ohm’s Law by plotting a graph between potential difference (V) and current (I) across a resistor, and determine its resistance from the slope.

2. THEORY

Ohm’s Law states that the current (I) flowing through a conductor is directly proportional to the potential difference (V) across its ends, provided the temperature and other physical conditions remain constant.

Mathematically:

V = I × R

Where:

V = Voltage (Volts)

I = Current (Amperes)

R = Resistance (Ohms, Ω)

A graph of V vs. I should be a straight line passing through the origin.

3. APPARATUS REQUIRED

– Resistor (≈ 10 Ω) 

– Ammeter (0–1 A) 

– Voltmeter (0–5 V) 

– Battery eliminator or dry cells 

– Rheostat 

– Connecting wires 

– Key (switch)

4. CIRCUIT DIAGRAM

5. PROCEDURE

1. Set up the circuit as shown.

2. Close the key and adjust the rheostat to vary current.

3. Note the readings of the ammeter and voltmeter.

4. Repeat for at least five different current values.

5. Plot a graph with V on the Y‑axis and I on the X‑axis.

6. Determine the resistance from the slope (R = ΔV/ΔI).

6. OBSERVATION TABLE

S. NoCurrent I (A)Voltage V (V)
10.11.0
20.22.0
30.33.0
40.44.0
50.55.0

7. GRAPH

8. RESULT

– The graph is a straight line, verifying Ohm’s Law.

– The resistance calculated from the slope is approximately 10 Ω.

9. CONCLUSION

Ohm’s Law is successfully verified—voltage across a resistor is directly proportional to the current through it under constant conditions.

10. PRECAUTIONS

– Ensure all connections are tight and correct.

– Use the key to switch on/off only during measurements.

– Avoid excessive current to prevent heating.

– Take readings promptly to avoid changes due to heating.

– Maintain the same temperature throughout the experiment.