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Formula Sheet

Mechanical Properties of Solids — Formula Sheet

MHT-CET · Physics

All important formulas from Mechanical Properties of Solids for MHT-CET Physics. Quick reference for revision and problem solving.

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An infographic comparing and illustrating the behavior of different types of solid materials (elastic, plastic, ductile, brittle, malleable) under applied stress, showing their deformation and fractur
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Formula Sheet — Mechanical Properties of Solids

Important formulas and equations from Mechanical Properties of Solids for MHT-CET Physics.

Formulas — Mechanical Properties of Solids

Basic Concepts & Definitions

Stress (σ) = F/A
Longitudinal strain (εL) = ΔL/L
Shearing strain (εT) = Δx/L = tan θ
Volume strain (εV) = ΔV/V

Hooke's Law & Elastic Moduli

Hooke's Law: Stress = k × Strain
Young's Modulus: Y = σ/ε = (F×L)/(A×ΔL)
Shear Modulus: G = (F/A)/(Δx/L) = F×L/(A×Δx)
Bulk Modulus: B = -P/(ΔV/V) = -PV/ΔV
Poisson's Ratio: μ = -(Δd/d)/(Δl/l)

Elastic Energy & Applications

Elastic PE: U = (1/2) × F × ΔL
U = (1/2) × Stress × Strain × Volume
Energy density: u = U/V = (1/2) × Y × (strain)²
Maximum height of mountain: h = Elastic limit/(ρg)
Beam deflection: δ = Wl³/(4bd³Y)

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Frequently Asked Questions

What topics are covered in Mechanical Properties of Solids for MHT-CET?
Mechanical Properties of Solids is an important chapter in MHT-CET Physics. It covers key concepts and formulas that are frequently tested in the exam. Key topics include: 8.1 Introduction to Elasticity, 8.2 Stress and Strain, 8.3 Hooke's Law, 8.4 Stress-Strain Curve.
How important is Mechanical Properties of Solids for MHT-CET?
Mechanical Properties of Solids is a frequently tested chapter in MHT-CET Physics. Questions from this chapter appear regularly in previous year papers. There are 138 practice questions available for this chapter.
How to prepare Mechanical Properties of Solids for MHT-CET?
Start by understanding the core concepts, then solve practice questions. Focus on formulas and their applications. Use revision notes for quick review before the exam.

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