in the circut shown in the fire. R-550, the equivalent rexistance between the points P and Q po 300 c) 550 03 250 n y two adiacent dots is R Then, he het

In the circuit shown in figure R=55 Omega the equivalent resistance between the point P and Q is

In the circuit shown in figure R=55 Omega the equivalent resistance between the point P and Q is

The equivalent resistance between the point P and Q in the network given here is eqyal to (given r = (3)/(2) Omega)

The equivalent resistance between the point P and Q in the network given here is equal to (given r = (3)/(2) Omega)

The equivalent resistance between the point P and Q in the network given here is equal to (given r = (3)/(2) Omega)

P and Q are two points on a uniform ring of resistance R. The equivalent resistance between P and Q is

Four identical resistances are joined as shown in the figure. The equivalent resistance between points A and B is R_(1) and that between A anc C is R_(2) then ratio R_(1)//R_(2) is

Four identical resistance are joined as shown in fig. the equivalent resistance between points A and B is R_(1) and that between A and C is R_(2) . Then ratio of (R_(1))/(R_(2)) is