Kinematics physics notes

Here are the kinematics notes (concepts summary) which you should use to get started or for your revision as you are getting ready for JEE Main and JEE Advanced

Formulae Sheet for Physics 0.1: Physical Constants Speed of light c Planck constant Gravitation constant G Boltzmann constant k Molar gas constant R Avogadro’s number NA Charge of electron e Permeability of vacuum Permitivity of vacuum Coulomb constant Faraday constant F Mass of electron me Mass of proton mp Mass of neutron mn Atomic mass unit u Atomic mass unit u Stefan-Boltzmann constant Rydberg constant Bohr magneton Bohr radius Standard atmosphere Wien displacement constant

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Motion in a Plane (Understanding Two-Dimensional Movement) - Physics is all about describing and understanding the way objects move. Motion...

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If you are looking for the hand written notes of the topic of projectile motion then here we have shared the Projectile Motion Hand Written Notes for FSc, Entry Tests MDCAT, ECAT, ETEA.

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25-page study guide for High school physics Covers the New York Regents curriculum Hand-written, original illustrations Digital PDF file Following topics covered: Vectors Forces Dynamics Kinematics Free Fall Projectile Motion Laws of Motion Friction Ramps & Inclines Circular Motion Gravity Momentum Collisions Springs Work, Power, & Energy Electric fields Electrostatics Currents Series circuits Parallel circuits Magnetism Waves Electromagnetic Spectrum Modern physics Atom models

3. Kinematics | 9702 Physics Summary Notes 3.1 Linear Motion · Distance: total length moved irrespective of direction · Displacement: distance in a certain direction · Speed: distance traveled per unit time, no direction · Velocity: the rate of change of displacement · Acceleration: the rate of change of velocity · Displacement-time graph: o Gradient = velocity 3.2 Non-linear Motion · Velocity-time graph: o Gradient = acceleration o Area under graph = change in displacement · Uniform…

This is the summary notes for kinematics for O level Additional Mathematics. In this chapter, you are tested on application of integration and differentiation to displacement, velocity and acceleration.

Example: Listen to the song, “In a Hurry” and calculate the average acceleration of the car mentioned in the lyrics.