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Atomic Models – Thomson & Rutherford Model for NEET \| NCERT Class 11 Structure of Atom

 - Dr.Sanjaykumar Pawar    Chemistry Teacher IQ: free notes, MCQs and mock tests for CBSE, NEET and JEE chemistry. Atomic Models for NEET: Thomson Plum Pudding & Rutherford Nuclear Model Explained Atomic Models for NEET: Thomson Plum Pudding & Rutherford Nuclear Model Explained Introduction Thomson Rutherford Formulas Numericals Comparison Practice FAQs Introduction What are atomic models? An atomic model is a scientific representation of the internal structure of an atom : how protons, neutrons and electrons are arranged inside it. Atoms are too small to observe directly, so scientists proposed models based on the experimental evidence available at the time. Think of a sealed box. You can't see inside, but by shaking it, weighing it and listening, you can guess what is in it. That is what Thomson, Rutherford and later Bohr did with the atom. Why is this topic important for NEET? Atomic models are the foundation of the "Structure of Atom...

Thomson & Rutherford Atomic Models: NEET MCQs & Mock Test

 -Dr.Sanjaykumar Pawar    Thomson's plum pudding model (left) versus Rutherford's nuclear model (right). Internal links NEET Chemistry Mock Test 2026: 45 MCQs, - "full NEET Chemistry mock test", placed after the mock test section. Bohr Model, anchor "Bohr's model", in the drawbacks section. Limitations of Bohr Model, - "what comes after Bohr". Quantum Mechanical Model of Atom, anchor "quantum mechanical model". structure of atom, - "Structure of Atom chapter", in the intro. NEET PYQs, - "more NEET PYQs". NEET numericals, - "practice NEET numericals". Assertion Reason, - "assertion–reason practice". Atomic Models – NEET Practice Question Bank (Thomson & Rutherford) Atomic Models: NEET Practice Question Bank Thomson & Rutherford models. Tap an option to check your answer. 20 MCQs PYQs Hard numericals Mock test Numerical sheet Scoring Section 1: NEET-level MCQs (20) Standa...

NEET Photoelectric Effect PYQs (Last 10 Years) + Graph Questions

Photoelectric Effect Graphs for NEET – KE vs Frequency & Current vs Voltage Explained 🔗  INTERNAL LINKS Motion in a Straight Line (Physics Basics) Dual Nature of Matter Notes Planck’s Quantum Theory Explained NEET Physics Mock Tests Wave Optics Basics NEET Mock Test - Photoelectric Effect 🔥 NEET Mock Test (Photoelectric Effect) Q1. Stopping potential depends on? A) Intensity B) Frequency C) Distance D) Area Answer: B Stopping potential depends on kinetic energy which depends on frequency. Q2. If frequency equals threshold frequency, KE is? A) Maximum B) Zero C) Infinite D) Constant Answer: B At threshold frequency, electron just escapes so KE = 0. Q3. Work function depends on? A) Frequency B) Material C) Intensity D) Temperature Answer: B Each metal has its own work function. Q4. Increasing intensity will? A) Increase KE B) Increase electrons C) Decrease KE D) No effect Answer: B Intensity increases number of photons → more electrons....