Four resistances, each of `10 Omega`, are connected to form a square as shown in (Fig. 3.52), find the equivalent resistance between the opposite corners `A and C`.
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Four resistances, each of 10 Omega , are connected to form a square as shown in (Fig. 3.52), find the equivalent resistance between two points on any one side (AB). .

Four resistors, each of 10 Omega are connected to form a square as shown in the given figure. Find the eqUivalent resistance between the opposite corner A and C and between two points on anyone side (AB).

Eight resistances each of 4 Omega are connected in the circuit as shown in fig. The equivalent resistance between A and B is:

Five resistance, each of 5Omega are connected as shown in figure. Find the equivalent resistance between points (1) A and B , (2) A and C .

Five resistance, each of 5Omega are connected as shown in figure. Find the equivalent resistance between points (1) A and B , (2) A and C .

Five resistance, each of 5Omega are connected as shown in figure. Find the equivalent resistance between points (1) A and B , (2) A and C .

Three resistances,each of 4 Omega , are connected in the form of an equilateral triangle.Find the effective resistance between its two corners.

Eight resistances each of resistance 5 Omega are connected in the circuit as shown in figure. The equivalent resistance between A and B is