A uniform wire of resistance `R` is slaped into a regular n-sided polygon (n is seven). The equivalent resistance between any two corners can have :

A uniform wire of resistance R is shaped into a regular n- sided polygon ( n is even), The equivalent resistance between any two corners can have. (i) the maximum value (R )/(4) (ii) the minimum value ( R)/(n) (iii) the minimum value R((n -1)/(n^2)) (iv) the minimum value (R )/(n) .

A uniform wire of resistance R is shaped into a regular n sided polygon, where n is even. Find the equivalent resistance between adjacent corners of polygon.

A uniform wire of resistance R is shaped into a regular n sided polygon, where n is even. Find the equivalent resistance between adjacent corners of polygon.

A uniform wire of resistance R is shaped into a regular n sided polygon, where n is even. Find the equivalent resistance between opposite corners of the polygon

A uniform wire of resistance R is shaped into a regular n sided polygon, where n is even. Find the equivalent resistance between Opposite corners of the polygon

A uniform wire of resistance R is shaped into a regular in sided polygon where n is even. Find the equivalent resistance between (i) opposite corners of polygon (ii) adjacent corners of polygon .

A uniform wire of resistance 9Omega is bent to form an equilateral triangle. What is the effective resistance between any two corners of the triangle.

Three resistances each of 4 ohm are connected to from an equilateral triangle The equivalent resistance between any two corner is