If resistance`R_(1)` in resistance box is `300 Omega`, then the balanced length is found to be `75.0 cm` from end `A`.The diameter of known wire is `1 mm` and length of the unknown wire is `31.4 cm`. Find the specific resistance of the unknown wire.

If resistance R_1 in resistance box is 300 Omega then the balanced length is found to be 75.0 cm from end A . The diameter of unknown wire is 1 mm and length of the unknown wire is 31.4 cm . Find the specific resistance of the unknown wire

If resistance R_1 in resistance box is 300 Omega then the balanced length is found to be 75.0 cm from end A . The diameter of unknown wire is 1 mm and length of the unknown wire is 31.4 cm . Find the specific resistance of the unknown wire

If resistance S in RB=300Omega , then the balanced length is found to be 25.0 cm from end A . The diameter of unknown wire is 1mm and length of the unknown wire is 3.14cm . The specific resistivity of the wire should be

If resistance S in RB=300Omega , then the balanced length is found to be 25.0 cm from end A . The diameter of unknown wire is 1mm and length of the unknown wire is 3.14cm . The specific resistivity of the wire should be

In meter bridge experiment if, resistance S in resistance box =300Omega then the balanced length is found to be 25.0cm from end A . The diameter of unknown wire is 1mm and length of unknown wire is 31.4cm . The specific resistivity of the wire should be

In meter bridge experiment if, resistance S in resistance box =300Omega then the balanced length is found to be 25.0cm from end A . The diameter of unknown wire is 1mm and length of unknown wire is 31.4cm . The specific resistivity of the wire should be

If the length of wire is (100.0 cm) and radius of wire as measured from screw gauge is (1.00mm) then the specific resistance of wire material is .

If the length of wire is (100.0 cm) and radius of wire as measured from screw gauge is (1.00mm) then the specific resistance of wire material is .