Divergence formula, part 1

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How does the x-component of a vector field relate to the divergence?
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watching your videos is never a waste of time! :) thanks, Khan!

adgjk
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It's weird how I've only really just remembered the convention for a positive differential to equal the change in left to right, and not right to left. It is little things like that you completely forget and neglect when studying maths. Similar to the convention of the right hand rule when describing curls.

townley
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Amazing Work! Great Grant! Now he is on 3Blue1Brown

jlpsinde
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thank you so much, you explained it magically easy.

rokayamekhanet
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Thank you Grant <3 You're so helpfull

ProfessorJDawg
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never knew 3blue1brown worked with khan

stark-movv
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But sir, , if we change x, , then "y" component of vector also might change, , then why isn't considered in divergence formula?

toufeeqsiddique
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Are P and Q derivatives? I don't see why moving to the left would have the x component be negative. It can just be smaller than before. And if it was very negative moving to the right could mean it is still negative.

cauchyschwarz
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how about the derivative of p as x decreases ?

shrodindsy
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Can someone tell me the name of this professor? He's one of the best teachers online!

suhanipathak
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2:02 looks like adverse pressure gradient

farooqfox