Chapter 2 - Motion Along a Straight Line

[freddycervantes]

Amazing lecture, I was so lost in class do to unorganized lecture from my professor but this explanation cleared all my confusions. Thank you for posting.

[ebubar]

If you have further questions on the material in the lectures, feel free to comment and I'll answer if I can!

[joannarivas]

You just saved me $40 in tutoring!! Thnx so much

[stx]

Excellent video, nice pace and step by step descriptions. Thank you!

[tahaalheraki]

god bless you man you helped me understand what my professors couldn't explain your'e tha goat

[Alalpog]

maybe doing some sample problems for every equation .. physics.. easy to forget equations without samples..xD
<-- not so good in math

[jeevansingh]

please make more videos like this
its so clear and necessary..appreciated!!!
love from India.

[fuadfataliyev]

I have a physics exam in 2 days. Thanks, man

[twindileniteeleleni]

A body is moving with a constant acceleration, a, along the x-axis. Its initial velocity is Vo and covers a distance x in time from its original position x . Using calculus, , derive the following equation of motion V=Vo+at

[becausewhynot]

Thank you so much! This video helped helped me understand the equations used in chapter 2.

[ashlytafadzwa]

this platform is the best and so helpful we greatly appreciate

[starryeyed]

That was the power rule! (28:04ish). But seriously, this video was awesome! I get it much better now!

[amoakoadeborah-rcrt]

Was excellent, please can we have that of calculus and integration?

[jeyr]

Thank you.. you explain very well better than my current professor who just rushes during lecture and doesn't explain what letter means or what he did. Subscribed

[seer]

How do we come to know about what terms are to be included in the bracket, while carrying out the power rule?like, at 29:50, while solving for 'v', we put 'a' outside the bracket, as a result, it is not multiplied by 2.So, that makes a huge difference.

[noorbatarseh]

thank you very much this video helps me alot...<3

[sekejede]

20:15 into the video you subtracted 1 power from t^2. Is that because you are looking for the velocity at t=1 or are you just getting the derivative of 2, 375t^2?

[kimsam]

Thank you for this video. It helps me a lot :)

[MichaelSmith-qjby]

If your point of origin is 1 on y axis and you are at 4 at point B then is your distance not 4 points but rather 3?

[studytime]

Tq sir for making this video.. Blessed from India🇮🇳