State the ohms law and write the derivation to give a resistance
Answers
Answered by
5
HEY MATE
HERE IS UR ANS
AT CONSTANT TEMP POTENTIAL DIFF IS DIRENTLY PROPORTIONAL TO THE CURRENT FLOWING IN A CONDUCTOR.
I
i =v/r
R=V/I
(V=IR)
Hope it helps u ^_^____
mark it as brainliest
HERE IS UR ANS
AT CONSTANT TEMP POTENTIAL DIFF IS DIRENTLY PROPORTIONAL TO THE CURRENT FLOWING IN A CONDUCTOR.
I
i =v/r
R=V/I
(V=IR)
Hope it helps u ^_^____
mark it as brainliest
Answered by
2
✔hey there!!
=> Ohm's law : It states that for a current carrying conductor voltage drop across the load is dircetly proportional to the load resistance under same physical condition and temperature.
Mathematically :
=======> V ∝ I { if temperature is constant}
>>> remove proportionality sign we get,
====> V = RI
Here R is constant of proportionality know as resistance offered by conductor.
______________________________________
hope it will help u
=> Ohm's law : It states that for a current carrying conductor voltage drop across the load is dircetly proportional to the load resistance under same physical condition and temperature.
Mathematically :
=======> V ∝ I { if temperature is constant}
>>> remove proportionality sign we get,
====> V = RI
Here R is constant of proportionality know as resistance offered by conductor.
______________________________________
hope it will help u
richa4309:
that time
Similar questions