Average Acceleration and Instantaneous Acceleration

This physics video tutorial provides a basic introduction into average acceleration and instantaneous acceleration. The average acceleration is the slope of the secant line in the velocity time graph and the instantaneous acceleration is equal to the slope of the tangent line of the same graph.

Physics - Basic Introduction:

Physics With Calculus:

Scalars and Vectors:

Distance and Displacement:

Is The Car Speeding Up or Slowing Down?

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Kinematics In One Dimension:

Free Fall Physics Problems:

2-Stage Rocket Problem:

Terminal Velocity:

Motion Time Graphs:

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Final Exams and Video Playlists:

Full-Length Videos and Worksheets:

Physics PDF Worksheets:

Kinematics Formula Sheet:

[pierricbross]

Thanks for all of these videos. I'm currently studying a course with no prerequisites but CLEARLY to get above a credit I need to know about calculus despite no calculus knowledge being required until next semester where it becomes part of my program. Previously to watching (several of) these videos I was really struggling to understand why some of the course work seemed so unapproachable especially as the tutor refuses to go in-depth with the mathematics.

My gpa is above 6 so it has been an extremely frustrating experience, and despite doing a course on both critical thinking and crowd/internet sourcing information - it is only out of frustration that I stumbled across your youtube and finally I am able to learn everything I needed. 🙏

[cameroneinstein]

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[DaReelGamerz]

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He deserves much more subscribers and support. Thanks a lot!😄

[seanstanchina]

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[muheibsalameh]

You have a great method of solving and it's very helpful Thank you

[theobserver]

Could you make a video on epsilon-delta proof for limits?

[hornet]

I love your videos they’re always so informative

[sportlight_views]

Can you explain further how you got the values of "t"

[ICantSeeYourRepliesDickhead]

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[cabdirahmanjama]

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1=by substitution method and more vedio deal diferential equation exept vedio inside the your account

[dearcath]

Always great to learn basics from different sources

[Sentinelzz_]

Well down you showed up after I done the exam 😂

[cristiangarciaperez]

why do you take a derivative out of the velocity for acceleration but not for average velocity.

[AminaMahamud-yo]

9:45 I got 2.25 but I used another formula
Vf^2=vi^2+2a×d