Answer / ramakrishnan.k

When the Temperature remains constant,the circuit
(conducter)voltage is directly proportional to its current
and resistance.

Answer / aziz_raghib2002

in a linear bi lateral ckt the current is always
proportional to applied voltage . temperature being constant


plzzzz dont forgot to say linear network

Answer / guest

in a closed circuit current flowing through a conductor is
directly propotional to the voltage and inversely
propotional to the conductor at a constant temperature

Answer / elumalai

According to Sir George Simon Ohm"when the current flows
through the conductor, the current is directly proportional
to potential difference between the two ends of the
conductor". ie
V=IR
Where R is the proportionality constant known as resistance
of the conductor. ie
R=$L/a
where $ is the resistivity of the material,
L is the length of the conductor,
a is the Area of cross section.

Answer / satya

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 / nimish

The Ratio of Voltage between any two points on a conductor
to the current flowing between them is constant provided
the temperature of conductor is costant.

i.e. V/I = Costant
V = IR

Answer / vijay raskar

At a constant temp. , voltage is directly proportional to
the current suppiled in the linear network. R is network
constant.

Answer / j.sarala reddy

at constant temparature current flowing through a conductor
is propotional to the voltage.

Answer / abdul.m

I=V/R
this above ratio clearly shows that current through the
conductor is = to the ratio of voltage to resistance.

Answer / vaishali patel

the current passes through any conductor is directely
proposonal to the potential difference between its ends,if
physical condition do not change(Temperature).

V=IR

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