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Theory of machine - Lecture 2 | Kinematics of motion #theoryofmachine #kinematics #physics #motion
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This is lecture 2 of free course on theory of machines. In this lecture 2, I have explained about kinematics of motion, including complete theory and solved numericals on linear motion and angular motion. I have covered theoretical concepts on kinematics of motion including definition of kinematics of motion, plane motion, rectilinear motion, curvilinear motion, linear displacement, linear velocity, formula for linear velocity, linear acceleration, formula for linear acceleration, all equations of linear motion with formulas, angular displacement, angular velocity, formula for angular velocity, angular acceleration, formula for angular acceleration, all equations of angular motion with formulas, relation between linear and angular quantities of motion, derivation of relation between linear and angular velocity of motion, derivation of relation between linear and angular acceleration of motion, tangential component of acceleration and it's formula, radial or normal component of acceleration and it's formula, resultant acceleration and it's formula derivation. At last, I have solved and explained two numerical problems, one solved numerical problem on linear motion and second numerical problem on angular motion, explaining the solutions step by step.
#theoryofmachine #theoryofmachines #lecture #gatemechanical #gatemechanicalengineering #mechanicalengineering #mechanicalengineeringconcepts #mechanicalengineeringclasses #mechanicalengineeringtheoryofmachines #theoryofmachineclasses #kinematics #linearmotion #angularmotion #linearvelocity #velocity #acceleration #displacement #distance #speed #theory #numericals #numerical #solvednumerical #btech #GATE #ESE #diploma #derivation
Books referred for this course (Buy now): 🔥🔥
Theory of machines SS Ratan ⬇️:
Theory of machines RS Khurmi ⬇️:
Theory of machines RK Bansal ⬇️:
Handbook for mechanical engineering - buy now (Top discount) ⬇️⬇️ 🔥🔥🔥🔥🔥🔥
Books⬇️ (Huge discount) 🔥🔥🔥🔥🔥
Website ⬇️
Timestamp:
0:17 Introduction to Lecture 2 - Kinematics of motion
1:53 Plane motion explained with definition
2:39 Definition of Rectilinear motion and curvilinear motion
2:55 Linear displacement
3:13 Linear velocity
3:43 Linear acceleration
4:18 Equations of linear motion
6:14 Angular displacement
6:59 Angular velocity
7:19 Angular acceleration
7:49 Equations of angular motion
8:23 Derivation of relation between linear and angular velocity
9:40 Derivation of relation between linear and angular acceleration
10:20 Tangential component and radial component of acceleration explained with diagram
13:14 Resultant acceleration explained with formula derivation
15:08 Solved numerical on linear motion
20:50 Solved numerical on angular motion - Calculation of normal and tangential components of acceleration
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Queries: kinematics motion,kinematic formulas,projectile motion,kinematic equations,linear motion,motion along a straight line,equations of motion,angular motion,rotational motion,angular displacement,angular velocity,angular acceleration,tangential motion,tangential acceleration,normal acceleration,radial acceleration,angular velocity and linear velocity,angular velocity derivation,angular displacement and angular velocity,angular speed and linear speed,angular velocity physics,angular velocity vs linear velocity,equations of motion,equations of linear motion,equations of linear motion in physics,equations of motion physics,derivation of equations of motion,newton's equations of motion,linear motion equations,numericals on equations of motion, numericals related to equations of motion,problems on equations of motion,equation of motion numericals,angular motion numericals,relation between linear velocity and angular velocity derivation,derive relation between angular velocity and linear velocity,solved numericals on equation of motion,solved numericals on linear motion,solved numericals on angular motion
#theoryofmachine #theoryofmachines #lecture #gatemechanical #gatemechanicalengineering #mechanicalengineering #mechanicalengineeringconcepts #mechanicalengineeringclasses #mechanicalengineeringtheoryofmachines #theoryofmachineclasses #kinematics #linearmotion #angularmotion #linearvelocity #velocity #acceleration #displacement #distance #speed #theory #numericals #numerical #solvednumerical #btech #GATE #ESE #diploma #derivation
Books referred for this course (Buy now): 🔥🔥
Theory of machines SS Ratan ⬇️:
Theory of machines RS Khurmi ⬇️:
Theory of machines RK Bansal ⬇️:
Handbook for mechanical engineering - buy now (Top discount) ⬇️⬇️ 🔥🔥🔥🔥🔥🔥
Books⬇️ (Huge discount) 🔥🔥🔥🔥🔥
Website ⬇️
Timestamp:
0:17 Introduction to Lecture 2 - Kinematics of motion
1:53 Plane motion explained with definition
2:39 Definition of Rectilinear motion and curvilinear motion
2:55 Linear displacement
3:13 Linear velocity
3:43 Linear acceleration
4:18 Equations of linear motion
6:14 Angular displacement
6:59 Angular velocity
7:19 Angular acceleration
7:49 Equations of angular motion
8:23 Derivation of relation between linear and angular velocity
9:40 Derivation of relation between linear and angular acceleration
10:20 Tangential component and radial component of acceleration explained with diagram
13:14 Resultant acceleration explained with formula derivation
15:08 Solved numerical on linear motion
20:50 Solved numerical on angular motion - Calculation of normal and tangential components of acceleration
Please like and share the video.🔥
SUBSCRIBE the channel and press bell icon 🔔 ⬇️
Do support the channel:
Join Youtube monthly membership ⬇️
Patreon membership ⬇️
Indian subscribers can donate through GooglePay/Paytm ⬇️
Foreign subscribers can donate through PayPal ⬇️
Official Merchandise ⬇️
Social Media Handles ⬇️
Telegram Channel ⬇️
WhatsApp Channel ⬇️
Queries: kinematics motion,kinematic formulas,projectile motion,kinematic equations,linear motion,motion along a straight line,equations of motion,angular motion,rotational motion,angular displacement,angular velocity,angular acceleration,tangential motion,tangential acceleration,normal acceleration,radial acceleration,angular velocity and linear velocity,angular velocity derivation,angular displacement and angular velocity,angular speed and linear speed,angular velocity physics,angular velocity vs linear velocity,equations of motion,equations of linear motion,equations of linear motion in physics,equations of motion physics,derivation of equations of motion,newton's equations of motion,linear motion equations,numericals on equations of motion, numericals related to equations of motion,problems on equations of motion,equation of motion numericals,angular motion numericals,relation between linear velocity and angular velocity derivation,derive relation between angular velocity and linear velocity,solved numericals on equation of motion,solved numericals on linear motion,solved numericals on angular motion
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