Gravitation (part 2)

Be1smaht Says:

May 26, 2012 - hey khan ! do we still need the re squared after squaring the 1/2 value

Sanchitoooo Says:

May 9, 2012 - 7:40.. better love story than twilight..

keshududekeshu Says:

Mar 25, 2012 - No.... U r teaching good and awsome teacher for me......to start the first part i understand very good.... . .thanks:-D Now this is also good.

MsDyAnAmO Says:

Feb 8, 2012 - Can you solve this plz? Compute the gravitational force of attraction between two circular balls, when they are placed in cubic box and contains densities of 5 and 7 kg/dm^3 and they are 0.33 m apart???

willbirful Says:

Jan 26, 2012 - i enjoyed this vid

sprattysy Says:

Jan 22, 2012 - some sweet info here

rodswebdesign Says:

Jan 17, 2012 - brilliant video

Kricardose Says:

Jan 11, 2012 - I am very happy to see the vidoe A little bit more on gravity after you give this

bebeheuy Says:

Jan 11, 2012 - I Love The Video A little bit more on gravity It Can Increase My Knowledge

Mjhond Says:

Jan 11, 2012 - Steady I Really Like This Video A little bit more on gravity

Mcoolshi Says:

Nov 25, 2011 - that makes you of Indian origin?

HeyRuka Says:

Oct 10, 2011 - Gonna need to watch these again...I should stop staring out the window and daydreaming. stupid window...

msms47 Says:

Sep 19, 2011 - hey then why is the moon have 6th less gravty than eath when the raidus is smaller ?

00Gravity Says:

Sep 18, 2011 - now i understand how strong must have been the little prince living on such a small planet :D

Chantheman5 Says:

Jul 21, 2011 - to runnjump101 shut up

ewok100 Says:

Jun 11, 2011 - Mass and weight are not the same. Mass is a constant, however weight is due to the force of gravity. w=mg

ewok100 Says:

Jun 11, 2011 - Mass and weight are the same. Mass is a constant, but i guess weight can be described as mass due to the force of gravity on you, if that makes sense.

mmoises321 Says:

Jun 1, 2011 - your mass would be the same, he is using mass

gunnergrant12 Says:

May 18, 2011 - no way in hell. As he showed you in this and the last video the weight is the force between you and the massive object which is decided based on the MASS of the objects, NOT the size of them.

MrEmir93 Says:

Mar 2, 2011 - can you prove the gravitation equation???? plz

Primo123321 Says:

Feb 25, 2011 - Correct me if I'm wrong. Our weight in Jupiter is greater than Earth. Therefore Our weight in Earth is greater than Small Earth. W on Jupiter > W on Earth; W e > W small e.

mohtaprashant Says:

Feb 5, 2011 - lol cool end

FurlowFurlow Says:

Jan 31, 2011 - They would float to each other, ha.

aznswaggerpimp Says:

Jan 4, 2011 - LOL "some gravity towards eachother. it's actually a little romantic"