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well i hope someone knows how to solve this problem......

well you see in the picture that there is a honeycomd-like circuit......every line that comprises the honeycomb has a resistor with a resistance of R........meaning in a hexagon, there are six resistors......

the question is to find the total resistance or Req.......and also the current (I) passing through the one i indicated in the drawing

sorry for the drawing if it is not to accurate......

i got the answer of 3R for the Req and one-third for the I......is this correct.......actually what i'm looking for is the shortest solution that would solve the problem..........maybe a two liner will be ....

thanks.......

hmmmmmmm, i hope the pic would be posted soon......

well you see in the picture that there is a honeycomd-like circuit......every line that comprises the honeycomb has a resistor with a resistance of R........meaning in a hexagon, there are six resistors......

the question is to find the total resistance or Req.......and also the current (I) passing through the one i indicated in the drawing

sorry for the drawing if it is not to accurate......

i got the answer of 3R for the Req and one-third for the I......is this correct.......actually what i'm looking for is the shortest solution that would solve the problem..........maybe a two liner will be ....

thanks.......

hmmmmmmm, i hope the pic would be posted soon......

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