268415 An electron of mass $m$, moves around the nucleus in a circular orbit of radius ' $r$ ' under the action of centripetal force ' $F$ '. The equivalent electric current is

268416 The current in a conductor varies with time ' $\mathbf{t}$ ' as $I=3t+4t^2$. Where $I$ in amp and $t$ in sec. The electric charge flows through the section of the conductor between $t=1$ and $\mathrm{t}=3\mathrm{s}$

268417 A conductor has a non-uniform section as shown in the figure. A steady current is flowing through it. Then the drift speed of the electrons
( $M$-2012)

268414 In a hydrogen tube it isobserved that through a given cross - section $3.13\times {10}^{15}$ electrons per sec, moving from right to left and $3.12\mathrm{x}$ ${10}^{15}$ protons per sec are moving from left to right. The electric current in the discharge tube and its direction is

268415 An electron of mass $m$, moves around the nucleus in a circular orbit of radius ' $r$ ' under the action of centripetal force ' $F$ '. The equivalent electric current is

268416 The current in a conductor varies with time ' $\mathbf{t}$ ' as $I=3t+4t^2$. Where $I$ in amp and $t$ in sec. The electric charge flows through the section of the conductor between $t=1$ and $\mathrm{t}=3\mathrm{s}$

268417 A conductor has a non-uniform section as shown in the figure. A steady current is flowing through it. Then the drift speed of the electrons
( $M$-2012)

268414 In a hydrogen tube it isobserved that through a given cross - section $3.13\times {10}^{15}$ electrons per sec, moving from right to left and $3.12\mathrm{x}$ ${10}^{15}$ protons per sec are moving from left to right. The electric current in the discharge tube and its direction is

268415 An electron of mass $m$, moves around the nucleus in a circular orbit of radius ' $r$ ' under the action of centripetal force ' $F$ '. The equivalent electric current is

268416 The current in a conductor varies with time ' $\mathbf{t}$ ' as $I=3t+4t^2$. Where $I$ in amp and $t$ in sec. The electric charge flows through the section of the conductor between $t=1$ and $\mathrm{t}=3\mathrm{s}$

268417 A conductor has a non-uniform section as shown in the figure. A steady current is flowing through it. Then the drift speed of the electrons
( $M$-2012)

268414 In a hydrogen tube it isobserved that through a given cross - section $3.13\times {10}^{15}$ electrons per sec, moving from right to left and $3.12\mathrm{x}$ ${10}^{15}$ protons per sec are moving from left to right. The electric current in the discharge tube and its direction is

268415 An electron of mass $m$, moves around the nucleus in a circular orbit of radius ' $r$ ' under the action of centripetal force ' $F$ '. The equivalent electric current is

268416 The current in a conductor varies with time ' $\mathbf{t}$ ' as $I=3t+4t^2$. Where $I$ in amp and $t$ in sec. The electric charge flows through the section of the conductor between $t=1$ and $\mathrm{t}=3\mathrm{s}$

268417 A conductor has a non-uniform section as shown in the figure. A steady current is flowing through it. Then the drift speed of the electrons
( $M$-2012)