Discussion :: Ohm's Law - General Questions (Q.No.4)
| Anoop Yadav said: (Dec 7, 2010) | |
| Because, I = V/R. Here I is inversely proportional to R. Therefore, if R increases (while V is constant) I decreases. |
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| Anil said: (Apr 23, 2012) | |
| The above explanation is accepted if and only if in the date it is mentioned that external conditions like temperature, strain, etc remains constant. | |
| Venkatesh said: (Mar 3, 2014) | |
| Given that 'V' is constant, V = IR. I = V/R. Here I is inversely proportional to R So, if R increases I decreases. |
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| Subrat said: (Jul 26, 2014) | |
| Due to const volt it cause heating effect collision takes place hence resistance decreases and I decreases. | |
| Nagendra Bc said: (Sep 23, 2014) | |
| Ohms law state that current is directly proportional to the voltage and inversely proportional to the resistance at constant temperature. I=V/R. |
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| Khadeer said: (Sep 2, 2015) | |
| But here constant voltage, then whats up. | |
| Hari said: (Mar 20, 2018) | |
| R=V/I. | |
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