Question

a battery of emf 6v is connected across a resistance of 120, calculate current flowing through the resistance in​

Answer 1

Answer:

hey your answer is as follows

Explanation:

Given,

V=6

R=120

I=?

R= V

I

so, I= V

R

substituting the value of V and R

I = 6

120

I = 1. AMPERE

20

Answer 2

GIVEN,

emf = 6V and R= 120Ωcurrent flowing

TO FIND,

current flowing through the resistance.

SOLUTION,

we know that,

Ohm's law expresses that the current through a guide between two focuses is straightforwardly relative to the voltage across the two places.

we know that Ohm's law is expressed by,

V= IR

where V= emf, I= current flowing, R= resistance.

now substituting the values given,

we get,

V= I R

6V = I 120Ω

finding the current I,

I=  $\frac{6}{120}$ ampere

I= 0.05 ampere.

HENCE THE CURRENT  FLOWING THROUGH THE RESISTANCE AS CALCULATED BY OHM'S LAW IS 0.05 AMPERE.