what will happen to the voltage when two resistors have the same resistance (connected in series)

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Dear Student
$l e t r e s i s \tan c e i s R t h e n t o t a l r e s i s \tan c e i s 2 R i f v o l t a g e i s V t h e n c u r r e n t i = \frac{V}{2 R} a n d v o l t a g e a c r o s s e a c h r e s i s t e r s = i R = V / 2 m e a n s v o l t a g e g e t e q u a l l y d i v i d e d a c r o s s r e s i s t e r s$
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​what will happen to the voltage when two resistors have the same resistance (connected in series)

Dear Student let resistance is R then total resistance is 2R if voltage is Vthen current i=V2Rand voltage across each resisters =iR=V/2means voltage get equally divided across resisters Regard

what will happen to the voltage when two resistors have the same resistance (connected in series)