Year: 2025
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testing
Here are the detailed notes on the time period in terms of [math]k[/math] and [math]m[/math], incorporating the latest formatting preference: Time Period in Terms of [math]k[/math] and [math]m[/math] The time period [math]T[/math] of an oscillating system can be derived by analyzing the relationship between force, angular frequency, and the spring constant. 1. Force in SHM…
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Linear Equations in Two Variables
Revision Notes: Linear Equations in Two Variables A linear equation in two variables is an equation of the form:[math] ax + by + c = 0 [/math]where: [math] a, b, [/math] and [math] c [/math] are real numbers, [math] a \neq 0 [/math] or [math] b \neq 0 [/math], [math] x [/math] and [math] y…
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Polynomials
Polynomials Chapter 2 – Class 10 Mathematics 1. Introduction A polynomial is an expression consisting of variables and coefficients, involving operations like addition, subtraction, multiplication, and non-negative integer exponents. Examples: [math] 4x + 2 [/math]: Degree 1 [math] 5x^3 – 4x^2 + x – 2 [/math]: Degree 3 Types of Polynomials by Degree: Linear Polynomial:…
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Here are the detailed notes on deriving the equations of force in SHM and the time period in terms of kk and mm, with math formatted in unrendered LaTeX: 1. Force in SHM The force acting on a particle in SHM is governed by Hooke’s Law. It is directly proportional to the displacement and acts…