

Solid State NEET Mindmap is helpful for aspirants preparing for NEET. The Solid State is an important chapter in NEET Chemistry. It covers the arrangement of particles in solids, types of solids, packing efficiency, density calculations, and properties like melting points and conductivity.
Solid State NEET Mindmap by PW simplifies the chapter by organizing all key concepts, formulas, and numerical methods altogether. With the help of the PDF, you can revise concepts like crystal structures and packing patterns easily.
Solid State NEET Mindmap Notes cover all important topics through a mind map:
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Solid State NEET Mindmap Notes |
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Topic |
Details |
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Introduction |
Study of particles in solids, types of solids, and their properties. |
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Crystal Lattices and Unit Cells |
Lattice points, unit cell dimensions, edge length, and coordination number. |
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Types of Solids |
Ionic, metallic, molecular, and covalent network solids. |
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Packing Efficiency |
Fraction of volume occupied by particles in unit cell. |
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Density of Crystalline Solids |
ρ=Z×MNA×a3\rho = \frac{Z \times M}{N_A \times a^3}ρ=NA×a3Z×M |
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Imperfections in Solids |
Point defects (vacancies, interstitials), line defects (dislocations). |
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Packing in Metals |
Close-packed structures: HCP, CCP |
Solid State NEET mindmap PDF is a summarized version of the entire chapter. It includes concepts such as types of solids, crystal structures, packing efficiency, defects, and related formulas.
It will help you recall concepts like edge lengths, coordination numbers, and density formulas quickly before the exam. This PDF will allow you to memorize and link concepts visually, as well as solve numerical questions efficiently. Below is the Solid State NEET Mindmap PDF:
Revising formulas through mind maps will help you quickly solve density, packing efficiency, and unit cell-related NEET questions. Below are the important formulas to remember for NEET:
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Solid State NEET Mindmap Formulas |
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Concept |
Formula / Relation |
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Density of unit cell |
( \rho = \frac{Z \cdot M}{N_A \cdot a^3} ) |
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Edge length (BCC) |
( a = \frac{4r}{\sqrt{3}} ) |
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Edge length (FCC) |
( a = 2\sqrt{2}r ) |
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Atomic packing factor (APF) |
( \text{APF} = \frac{\text{Volume occupied by atoms}}{\text{Volume of unit cell}} ) |
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Coordination number |
SC: 6, BCC: 8, FCC/CCP: 12 |
Practicing questions is important for scoring well in Solid-state concepts. Below are Solid State NEET Mindmap Practice Questions you should focus on:
Calculate the density of crystalline solids using edge length and atomic mass.
Determine coordination numbers for different unit cells.
Solve packing efficiency problems for SC, BCC, and FCC structures.
Identify types of solids based on properties (melting point, conductivity, hardness).
Predict effects of defects on density and conductivity.
Revising solid-state concepts thoroughly requires a pattern-based approach. Here’s how you can revise Solid State NEET Mindmaps:
Visualize unit cells like SC, BCC, FCC, HCP with atom positions and coordination numbers.
Color-code formulas and parameters, i.e., Edge lengths, APF, density equations for easy recall.
Remember the structures, for instance, SC < BCC < FCC packing efficiencies.
Understand how vacancies, interstitials, and dislocations affect density, conductivity, and hardness.
Practice numerical problems using mindmaps. Connect unit cell parameters with formulas to reinforce concepts.