Answer / anuraag bhairavabhatla

Hi guys this is Anuraag.
All the answers said above are not
Absolutely right.
OHM'S LAW :In any linear bilateral
Circuit under constant temperature
and pressure the current is directly
Proportional to voltage

Answer / aftab kayani

In a close circuit under normal conditions,current in directly proportional to the applied voltage but inversely proportional to resistance of the circuit.

Answer / prasenjit biswas

Ohm's Law:-Temperature and other physical condition remaining constant the current flowing through the conductor is directly proportional to the potential difference between the two terminals.
V=IR

Answer / dillipsilu

According to ohm's law in a close circuit the flow of electric current is direct perportional to the voltage and inverse perportional to the resistance at a saturn constant temperature

Answer / harish khera

The current flowing through the conductor is directly proportional to the potential difference between the two terminals provided the temperature and other physical conditions remains the same.
V=IR

Answer / ashu

At Constant Temperature, Under Normal conditions Voltage across two ends of a conducting material is directly proportional to current passing through it.........


i
0========>========0
<-------V--------->


v=i*R

Answer / muthuvel

At a constant Temperature the Voltage Drop across the resister is directly proposal to the current flowing through the resister

Answer / hareendran,tholanur,pgt

OHM'S LAW state that "The current through a condector at
the constent temperature is directly proportional to the
potentional difference accrose the condector"

Answer / surendra kumar bairwa

THE CURRENT FLOWING THROUGH ANY CONDUCTOR IS DIRECTLY
PROPORTIONAL TO APPLIED VOLTAGE OF THE CONDUCTOR ENDS.WHEN
PHYSICAL CONDITION SHOULD BE REMAIN CONSTANT e.g.
temperature,pressure etc.

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