Impulse Formula - Definite Integral - Physics and Calculus

This physics with calculus video tutorial explains how to calculate the impulse of a variable force by calculating the definite integral of the force function with respect to time.
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[@gregorychingamuka8651]

3. A reference line in a spinning disk has an angular position given by theta= -2e^3t+5t-2 where theta is in radians and t is in seconds. (a) Find w and a as a function of time. (b) Find the times when the angular position theta and the angular velocity w(omega) become zero. (c) Describe the rotational motion of the disk for for t is greater than or equal to

[@ArabellaKit]

This video is a savior for anyone struggling with physics and calculus. The way the presenter connects these complex topics is genius, making it much easier to grasp. Now, I finally understand how calculus relates to real-world physics scenarios.

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[@KikiEllis]

This video demystified the connection between physics and calculus in a way that made me go, 'Ah, that makes sense!' The host explains the impulse formula using definite integrals in a manner that's approachable for non-math whizzes like me. It's like unlocking a secret code to understand the physics of motion more deeply.

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[@user-rc6qm4xk7q]

Im currently a 9th grader so I still haven’t taken this lessson but im saving the video for the future
ps;I love the marvelous way you explain ur vids and how short length they are ,but can you get harder examples?I love ur vids and congrats on 7million

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thank you for your many videos.

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[@FreddyBruce]

Well done

[@gregorychingamuka8651]

I have this problem troubling me 3. A reference line in a spinning disk has an angular position given by theta= -2e^3t+5t-2 where theta is in radians and t is in seconds. (a) Find w and a as a function of time. (b) Find the times when the angular position theta and the angular velocity w(omega) become zero. (c) Describe the rotational motion of the disk for for t is greater than or equal to

[@MikeCollado-vw2qf]

If you've ever found physics and calculus intimidating, this video on the impulse formula is a lifesaver. The clear illustrations and real-world examples help bridge the gap between these two subjects, making it accessible and even a bit fun to learn.

[@VictoriaSarfo-cg1fk]

Please sir can you do a video on principle of moment not the torque we are suffering please ❤❤

[@chaosforever]

just wondering what does impulse actually represent? is it just like energy imparted onto an object? what if force equation is not given?

[@diebrotp]

Which app do you use for these explanations ?

[@user-wn4ow1zq7c]

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