Instantaneous Velocity from a Position Time Graph

Using a tangent line to calculate speed from a curved line on a pt graph.

[ga]

Pls keep making physics videos I might actually pass and understand with your videos!!!

[ga]

Thank you so much that was so simple yet straight to the point!!!!

[donnietan]

Holy shit bro. You have no idea how easy you made it for me to understand. My country's mother language is in Malay but we learn in English, so my Malay lecturer had a hard time explaining it in English.

[codyodonell]

I really enjoyed this video!!! it made things a lot clearer for me to understand, you are an inspiration to the younger generation, you deserve the best you spunk of a man keep on cooking brother.
Much love, me

[michael]

Unlike my teacher you were able to explain it to me properly.

[girishghadge]

Thanks Guru Ji you have made it simple may god bless you!

[saumiajohn]

sir if you are in trouble finding the correct tangent line just look for an angle which the tangent makes a 90° perpendicular line from the point.

[navyasreeberi]

Tq so much 💕 sir I am searching for this video for long time 👏👏

[hmiedu]

thank you so much for your great explanation ✨

[maazhawkzz]

ilysm i hope you win the lottery sum day cause u saved my day

[SPORTSHRT]

I am from Pakistan and i want to ask that is there any rule for selection of the two dots?

[farshidowrang]

How would you calculate the acceleration in this example?

[ryab]

Wait so what is the direction? (Since this is a vector.) does the “at 3 seconds” indicate the direction?

[terrariariley]

at this point if your teaching tangent lines just teach the basics rules of differentiation