Newton's Second Law , Kinetics of Particles , D'Alembert's Principle

[@thomasalkhoury4434]

Not gonna lie the animation of the guy telling me to focus helped me focus

[@prashantmuley9034]

Actually there is no accelation in Y direction.To find normal reaction of the block,in dynamics we have to write the equation in this manner only. F = m ay =0

[@mamtasharma1081]

Knowledgeable video

[@सुशांत-र1थ]

Superb sir..What an easy way to explain both theories i was so confused between both , with its ma .....As in both ma act oppositely

[@EzEdChannel]

@Sushant Dayame - Thank you. Please checkout our other Engineering Mechanics , BEE & Applied Mathematics I videos on EzEdChannel

[@millenniumcreativestudio5081]

The system would not stop moving. It would attain a terminal velocity and move with a constant kinetic energy.

[@warfyaa6143]

7:50 m*a actually dose not have any component in Y-axis , so how did you add it in Y-axis ?!!

[@EzEdChannel]

@warf warfe .. please find the changes to the solution. kzbin.info/www/bejne/jIHNeqODi55gnZY

[@elysonpanolino5413]

2:31 I think the solution for acceleration is wrong, the sign between terms with sin and cos should be +

[@dr.jayakrishnan8125]

COMMENDABLE EFFORT..................KUDOS TO ALL BEHIND..........

[@EzEdChannel]

Thank You :)

[@talhaprince6341]

Sir ur method is best But this is much fast video nd lecture

[@prateekjainphysics]

Blunder. Its static friction that will act on car wheels not kinetic. Study rolling.

[@अण्वायुवरीवर्त]

Just take my dislike

[@ivancindric2493]

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