356954 A wire of resistance \(18\,ohm\) is bent to form an equilateral triangle. The resistance across any two vertices of the triangle is (in \(ohm\))

356955 Four resistances of \(10\, \Omega, 60\, \Omega, 100\, \Omega\) and \(200\, \Omega\) respectively taken in order are used to form a Wheatstone's bridge. \(A\) \(15\;V\) battery is connected to the ends of a \(200\, \Omega\) resistance, the current through it will be

356956 Seven resistances are connected between points \(A\) and \(B\) as shown in figure. The equivalent resistance between \(A\) and \(B\) is

356957 Equivalent resistance between the adjacent corners of a regular \(n\)-side polygon of uniform wire of resistance \(R\) would be

356954 A wire of resistance \(18\,ohm\) is bent to form an equilateral triangle. The resistance across any two vertices of the triangle is (in \(ohm\))

356955 Four resistances of \(10\, \Omega, 60\, \Omega, 100\, \Omega\) and \(200\, \Omega\) respectively taken in order are used to form a Wheatstone's bridge. \(A\) \(15\;V\) battery is connected to the ends of a \(200\, \Omega\) resistance, the current through it will be

356956 Seven resistances are connected between points \(A\) and \(B\) as shown in figure. The equivalent resistance between \(A\) and \(B\) is

356957 Equivalent resistance between the adjacent corners of a regular \(n\)-side polygon of uniform wire of resistance \(R\) would be

356954 A wire of resistance \(18\,ohm\) is bent to form an equilateral triangle. The resistance across any two vertices of the triangle is (in \(ohm\))

356955 Four resistances of \(10\, \Omega, 60\, \Omega, 100\, \Omega\) and \(200\, \Omega\) respectively taken in order are used to form a Wheatstone's bridge. \(A\) \(15\;V\) battery is connected to the ends of a \(200\, \Omega\) resistance, the current through it will be

356956 Seven resistances are connected between points \(A\) and \(B\) as shown in figure. The equivalent resistance between \(A\) and \(B\) is

356957 Equivalent resistance between the adjacent corners of a regular \(n\)-side polygon of uniform wire of resistance \(R\) would be

356954 A wire of resistance \(18\,ohm\) is bent to form an equilateral triangle. The resistance across any two vertices of the triangle is (in \(ohm\))

356955 Four resistances of \(10\, \Omega, 60\, \Omega, 100\, \Omega\) and \(200\, \Omega\) respectively taken in order are used to form a Wheatstone's bridge. \(A\) \(15\;V\) battery is connected to the ends of a \(200\, \Omega\) resistance, the current through it will be

356956 Seven resistances are connected between points \(A\) and \(B\) as shown in figure. The equivalent resistance between \(A\) and \(B\) is

356957 Equivalent resistance between the adjacent corners of a regular \(n\)-side polygon of uniform wire of resistance \(R\) would be