- #1
skyT
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do u all mind sharing with me what are the steps needed/ the procedures to design a capacitor? Its like I've been given only its electric field intensity. And is required to find out the capacitance... mind chip in some ideas for me? btw, I am designing a parallel capacitor.
relevant equations :
electric flux density, D = epsilon * electric field intensity + polarisation vector
polarisation vector = epsilon*electric susceptibility*electric field intensity
the attempt at a solution :
I've manage to solve the above and I am now stuck at the Gauss' law equation...
where
E=Q/(4*pi*r^2*epsilon)
can i know what does the radius stands for? is it the radius of a charge? or the radius of the capacitor? is it fixed or we can determine it ourselves? please help...
relevant equations :
electric flux density, D = epsilon * electric field intensity + polarisation vector
polarisation vector = epsilon*electric susceptibility*electric field intensity
the attempt at a solution :
I've manage to solve the above and I am now stuck at the Gauss' law equation...
where
E=Q/(4*pi*r^2*epsilon)
can i know what does the radius stands for? is it the radius of a charge? or the radius of the capacitor? is it fixed or we can determine it ourselves? please help...
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