357106 The current flowing through a wire depends on time as \(I=3 t^{2}+2 t+5\). The charge flowing through the cross-section of the wire in time from \(t=0\) to \(t = 2\,\;s\) is

357107 In a closed circuit, the current \(I\) (in ampere) at an instant of time \(t\) (in second) is given by \(I = 4 - 0.08t\). The number of electrons flowing in 50 \(s\) through the cross-section of the conductor is.

357108 The current through a wire connected to a condenser varies with time as \(i=(2 t+1) A\). The charge transport to the condenser from \(t=0\) to \(t=5 s\) is

357109 The quantity of a charge that will be transferred by a current flow of 20 \(A\) over 1 hour 30 minutes period is

357110 Assertion :
Current is a scalar quantity.
Reason :
Electric current arises due to continuous flow of charged particles or ions.

357106 The current flowing through a wire depends on time as \(I=3 t^{2}+2 t+5\). The charge flowing through the cross-section of the wire in time from \(t=0\) to \(t = 2\,\;s\) is

357107 In a closed circuit, the current \(I\) (in ampere) at an instant of time \(t\) (in second) is given by \(I = 4 - 0.08t\). The number of electrons flowing in 50 \(s\) through the cross-section of the conductor is.

357108 The current through a wire connected to a condenser varies with time as \(i=(2 t+1) A\). The charge transport to the condenser from \(t=0\) to \(t=5 s\) is

357109 The quantity of a charge that will be transferred by a current flow of 20 \(A\) over 1 hour 30 minutes period is

357110 Assertion :
Current is a scalar quantity.
Reason :
Electric current arises due to continuous flow of charged particles or ions.

357106 The current flowing through a wire depends on time as \(I=3 t^{2}+2 t+5\). The charge flowing through the cross-section of the wire in time from \(t=0\) to \(t = 2\,\;s\) is

357107 In a closed circuit, the current \(I\) (in ampere) at an instant of time \(t\) (in second) is given by \(I = 4 - 0.08t\). The number of electrons flowing in 50 \(s\) through the cross-section of the conductor is.

357108 The current through a wire connected to a condenser varies with time as \(i=(2 t+1) A\). The charge transport to the condenser from \(t=0\) to \(t=5 s\) is

357109 The quantity of a charge that will be transferred by a current flow of 20 \(A\) over 1 hour 30 minutes period is

357110 Assertion :
Current is a scalar quantity.
Reason :
Electric current arises due to continuous flow of charged particles or ions.

357106 The current flowing through a wire depends on time as \(I=3 t^{2}+2 t+5\). The charge flowing through the cross-section of the wire in time from \(t=0\) to \(t = 2\,\;s\) is

357107 In a closed circuit, the current \(I\) (in ampere) at an instant of time \(t\) (in second) is given by \(I = 4 - 0.08t\). The number of electrons flowing in 50 \(s\) through the cross-section of the conductor is.

357108 The current through a wire connected to a condenser varies with time as \(i=(2 t+1) A\). The charge transport to the condenser from \(t=0\) to \(t=5 s\) is

357109 The quantity of a charge that will be transferred by a current flow of 20 \(A\) over 1 hour 30 minutes period is

357110 Assertion :
Current is a scalar quantity.
Reason :
Electric current arises due to continuous flow of charged particles or ions.

357106 The current flowing through a wire depends on time as \(I=3 t^{2}+2 t+5\). The charge flowing through the cross-section of the wire in time from \(t=0\) to \(t = 2\,\;s\) is

357107 In a closed circuit, the current \(I\) (in ampere) at an instant of time \(t\) (in second) is given by \(I = 4 - 0.08t\). The number of electrons flowing in 50 \(s\) through the cross-section of the conductor is.

357108 The current through a wire connected to a condenser varies with time as \(i=(2 t+1) A\). The charge transport to the condenser from \(t=0\) to \(t=5 s\) is

357109 The quantity of a charge that will be transferred by a current flow of 20 \(A\) over 1 hour 30 minutes period is

357110 Assertion :
Current is a scalar quantity.
Reason :
Electric current arises due to continuous flow of charged particles or ions.