
Atomic Structure NEET Mindmaps: Atomic Structure is one of the most important chapters of NEET Chemistry. It has good NEET weightage and is always asked, with a few questions each year from models, quantum numbers, and energy levels. Students may have difficulty memorizing formulas, derivations, and essential concepts, making revisions lengthy and time-consuming.
Atomic Structure NEET mindmaps are a good study and revision tool for such students. Atomic Structure NEET mindmaps are a quick reference sheet that visually summarises the entire Atomic Structure chapter. It enables aspirants to revise all theory topics like Dalton’s, Thomson’s, Rutherford’s, and Bohr’s models as well as modern atomic theory at a glance. It also helps them to keep the Atomic Structure NEET important questions and PW NEET notes along with them and practice as they revise.
The Atomic Structure chapter covers the subatomic particles, their discovery, historical atomic models, Bohr’s atomic theory, energy levels, quantum numbers, atomic orbitals, and rules like Hund’s, Pauli’s exclusion principle, and Aufbau principle.
Atomic Structure NEET mindmap notes consolidate all of these topics in one sheet of paper, allowing students to see the entire Atomic Structure chapter at a glance. Students can, for example, immediately understand the relationship between different models, formulas, and supporting experiments without having to flip through several pages of NCERT books. Aspirants can quickly locate relationships between Bohr’s model and energy levels on the Atomic Structure mindmaps, along with formulas for radius, energy, and velocity of electron, making it easy to solve numerical problems during the exam.
The Atomic Structure NEET mindmap PDF is a one-page revision tool that students can easily carry in their bags or handkerchiefs for last-minute revision. The Atomic Structure NEET mindmap PDF contains short notes, diagrams, and formulas in a condensed one-page format. It is a good idea for aspirants to have a PDF version that they can carry everywhere so that they can revise anytime at home, during travel, or before the exam.
When Atomic Structure NEET students use the mindmap PDF, it works even better if they keep PW NEET notes, and Atomic Structure NEET important questions along with it and revise Atomic Structure concepts from the mindmap PDF while practising Atomic Structure important questions and can also refer to NEET notes for better understanding. This strategy can help students revise the concepts and solve important questions, and practice to ensure that they don’t simply memorise formulas.
Download Now
Atomic Structure covers a range of models, formulas, and quantum numbers, so mindmaps help students revise quickly. However, students can use a few easy tricks to help them remember the mindmap concepts more easily and clearly, and they are
Link formula with atomic models: Link energy level, radius, and velocity formulas to the correct model (example, Bohr’s model).
Assign mnemonics to quantum numbers: Make up short codes for or visual symbols in the mindmap for each quantum number (principal, azimuthal, magnetic, and spin numbers)
Practice solving problems: The Atomic Structure NEET mindmap is best used by first revising the Atomic Structure NEET mindmap notes and then solving Atomic Structure NCERT and PW important questions to reinforce concepts.
Layered Revision: The Atomic Structure NEET mindmap notes revision should begin with conceptual ideas and then Atomic Structure NEET mindmap concepts and finally commit to memory, the formulas for fast recall.
Short notes for pre-exam revision: Keep Atomic Structure NEET mindmap short notes handy for last-minute preparation.
Formulas are the backbone of Atomic Structure problems in NEET. The Atomic Structure NEET mindmap formulas provide all important equations in one place, ensuring quick recall.
| Atomic Structure NEET Mindmap Formulas | |
| Concept | Formula |
| Radius of nth orbit | rn = n²h² / (4π²me²Z) |
| Velocity of electron in nth orbit | vn = Ze² / (2ε₀nh) |
| Energy of electron | En = -13.6 Z² / n² eV |
| Wavelength of photon emitted | 1/λ = RZ² (1/n₁² - 1/n₂²) |
| de Broglie wavelength | λ = h / mv |
| Heisenberg uncertainty principle | Δx · Δp ≥ h / 4π |
Prepare for NEET with PhysicsWallah's NEET online coaching. Learn through easy-to-understand lessons and get help whenever you need it.
| NEET Exam Important Links | |
|---|---|
| NEET Biology Syllabus | NEET Biology Diagrams |
| NEET Biology MCQ | NEET Biology Chapter wise Weightage |
| NEET Biology Notes | NEET Previous Year Question papers |
