151709 In a metallic conductor, under the effect of applied electric field, the free electrons of the conductor

151713 The drift velocity of electrons for a conductor connected in an electrical circuit is $v_{d}$. The conductor is now replaced by another conductor with same material and same length but double the area of cross section.
The applied voltage remains same. The new drift velocity of electrons will be

151728 Drift velocity of electrons is due to

151733 Drift velocity of electrons in wire of certain length and circular cross section is $v_{d}$. The potential difference across the wire and the wire length are doubled but radius of the cross section is halved. What is the new drift speed?

151709 In a metallic conductor, under the effect of applied electric field, the free electrons of the conductor

151713 The drift velocity of electrons for a conductor connected in an electrical circuit is $v_{d}$. The conductor is now replaced by another conductor with same material and same length but double the area of cross section.
The applied voltage remains same. The new drift velocity of electrons will be

151728 Drift velocity of electrons is due to

151733 Drift velocity of electrons in wire of certain length and circular cross section is $v_{d}$. The potential difference across the wire and the wire length are doubled but radius of the cross section is halved. What is the new drift speed?

151709 In a metallic conductor, under the effect of applied electric field, the free electrons of the conductor

151713 The drift velocity of electrons for a conductor connected in an electrical circuit is $v_{d}$. The conductor is now replaced by another conductor with same material and same length but double the area of cross section.
The applied voltage remains same. The new drift velocity of electrons will be

151728 Drift velocity of electrons is due to

151733 Drift velocity of electrons in wire of certain length and circular cross section is $v_{d}$. The potential difference across the wire and the wire length are doubled but radius of the cross section is halved. What is the new drift speed?

151709 In a metallic conductor, under the effect of applied electric field, the free electrons of the conductor

151713 The drift velocity of electrons for a conductor connected in an electrical circuit is $v_{d}$. The conductor is now replaced by another conductor with same material and same length but double the area of cross section.
The applied voltage remains same. The new drift velocity of electrons will be

151728 Drift velocity of electrons is due to

151733 Drift velocity of electrons in wire of certain length and circular cross section is $v_{d}$. The potential difference across the wire and the wire length are doubled but radius of the cross section is halved. What is the new drift speed?