Answer / noor ahmed kotwal

At constant temperature current flowing in an electri ckt
is directly proportional to thev applied voltage and
inversly proportional to the resistance of the ckt

Answer / harshavardhan ,be(unemployed)

"For a linear bilateral network with temperature remaining
constant the current flowing through a conductor is
directly proportional to the potential difference." is OHMS
LAW correct definition.
Ohms law cannot be applied to
silicon carbide
diodes,transistors etc.

Answer / um engineer

V=IR

Answer / basavaraj

If any electrical ckt,The current is directly proportional
to the applied voltage And indirectly proportional to the
Resistance of the ckt.And remaining temperature is same

V = I x R or R = V/I or I = V/R

Answer / chawardol suraj

so long, as the conductor tempreture remains constant then
current is directly proportional to voltage and inversly
proportional to
resistance.
s i.e 1) I=V\R
s 2) I*R=V

Answer / vijaykumar

Ohm's law states that current is derectaly proporation to
voltage and inversely proportional to resistance at a
constant Temparature. there fore I=v\r.

Answer / t.mohan

at constant temprature the current flowing through the
conductor is directly proportional to the potential
difference between the two ends.V=IR

Answer / deepak

in simple
language v
v =ir or v=i*r or r=v/i or i =v/r is ohms law

Answer / zahiruddin

in a closed ckt current is directly proportional to applied
voltage and inversely proportional to the resistances,in a
constant temperature.

i.e I = V/R

Answer / anand

At Constant temperature ,the electric current flowing
through a conductor is directly proportional to applied
voltage.

V=RI

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