358593 Assertion :
The coil in the resistance boxes are made by doubling the wire.
Reason :
Only thick wires are to be in any resistance box.

358594 A system \(S\) consists of two coils \(A\) and \(B\). The coil \(A\) carries a steady current \(I\). While the coil \(B\) is suspended nearly as shown in figure. Now, if the system is heated, so as to raise the temperature of two coils steadily, then

358595 Assertion :
In electric circuits, wires carrying currents in opposite directions are often twisted together.
Reason :
If the wires are not twisted together, the combination of wires forms a current loop. The magnetic field generated by the loop might affect adjacent circuits or components.

358596 Spherical insulating ball and a spherical metallic ball of same size and mass are dropped from the same height. Choose the correct statement out of the following (Assume negligible air friction)

358597 In the figure as shown, a conducting wire \({P Q}\) of length \(1\,m\) is moving in a uniform magnetic field \({B=3 {~T}}\) with constant velocity \({v=2 {~m} / {sec}}\) towards right. Given, \(R = 2\,\Omega \), \({C=1 {~F}}\) and \(L = 2\,H\). The current through resistance, capacitor and inductor at any time \({t}\) are \({I_{1}, I_{2}}\) and \({I_{3}}\) respectively. The value of \({I_3}\) at time \(t = 2\,\sec \) is

358593 Assertion :
The coil in the resistance boxes are made by doubling the wire.
Reason :
Only thick wires are to be in any resistance box.

358594 A system \(S\) consists of two coils \(A\) and \(B\). The coil \(A\) carries a steady current \(I\). While the coil \(B\) is suspended nearly as shown in figure. Now, if the system is heated, so as to raise the temperature of two coils steadily, then

358595 Assertion :
In electric circuits, wires carrying currents in opposite directions are often twisted together.
Reason :
If the wires are not twisted together, the combination of wires forms a current loop. The magnetic field generated by the loop might affect adjacent circuits or components.

358596 Spherical insulating ball and a spherical metallic ball of same size and mass are dropped from the same height. Choose the correct statement out of the following (Assume negligible air friction)

358597 In the figure as shown, a conducting wire \({P Q}\) of length \(1\,m\) is moving in a uniform magnetic field \({B=3 {~T}}\) with constant velocity \({v=2 {~m} / {sec}}\) towards right. Given, \(R = 2\,\Omega \), \({C=1 {~F}}\) and \(L = 2\,H\). The current through resistance, capacitor and inductor at any time \({t}\) are \({I_{1}, I_{2}}\) and \({I_{3}}\) respectively. The value of \({I_3}\) at time \(t = 2\,\sec \) is

358593 Assertion :
The coil in the resistance boxes are made by doubling the wire.
Reason :
Only thick wires are to be in any resistance box.

358594 A system \(S\) consists of two coils \(A\) and \(B\). The coil \(A\) carries a steady current \(I\). While the coil \(B\) is suspended nearly as shown in figure. Now, if the system is heated, so as to raise the temperature of two coils steadily, then

358595 Assertion :
In electric circuits, wires carrying currents in opposite directions are often twisted together.
Reason :
If the wires are not twisted together, the combination of wires forms a current loop. The magnetic field generated by the loop might affect adjacent circuits or components.

358596 Spherical insulating ball and a spherical metallic ball of same size and mass are dropped from the same height. Choose the correct statement out of the following (Assume negligible air friction)

358597 In the figure as shown, a conducting wire \({P Q}\) of length \(1\,m\) is moving in a uniform magnetic field \({B=3 {~T}}\) with constant velocity \({v=2 {~m} / {sec}}\) towards right. Given, \(R = 2\,\Omega \), \({C=1 {~F}}\) and \(L = 2\,H\). The current through resistance, capacitor and inductor at any time \({t}\) are \({I_{1}, I_{2}}\) and \({I_{3}}\) respectively. The value of \({I_3}\) at time \(t = 2\,\sec \) is

358593 Assertion :
The coil in the resistance boxes are made by doubling the wire.
Reason :
Only thick wires are to be in any resistance box.

358594 A system \(S\) consists of two coils \(A\) and \(B\). The coil \(A\) carries a steady current \(I\). While the coil \(B\) is suspended nearly as shown in figure. Now, if the system is heated, so as to raise the temperature of two coils steadily, then

358595 Assertion :
In electric circuits, wires carrying currents in opposite directions are often twisted together.
Reason :
If the wires are not twisted together, the combination of wires forms a current loop. The magnetic field generated by the loop might affect adjacent circuits or components.

358596 Spherical insulating ball and a spherical metallic ball of same size and mass are dropped from the same height. Choose the correct statement out of the following (Assume negligible air friction)

358597 In the figure as shown, a conducting wire \({P Q}\) of length \(1\,m\) is moving in a uniform magnetic field \({B=3 {~T}}\) with constant velocity \({v=2 {~m} / {sec}}\) towards right. Given, \(R = 2\,\Omega \), \({C=1 {~F}}\) and \(L = 2\,H\). The current through resistance, capacitor and inductor at any time \({t}\) are \({I_{1}, I_{2}}\) and \({I_{3}}\) respectively. The value of \({I_3}\) at time \(t = 2\,\sec \) is

358593 Assertion :
The coil in the resistance boxes are made by doubling the wire.
Reason :
Only thick wires are to be in any resistance box.

358594 A system \(S\) consists of two coils \(A\) and \(B\). The coil \(A\) carries a steady current \(I\). While the coil \(B\) is suspended nearly as shown in figure. Now, if the system is heated, so as to raise the temperature of two coils steadily, then

358595 Assertion :
In electric circuits, wires carrying currents in opposite directions are often twisted together.
Reason :
If the wires are not twisted together, the combination of wires forms a current loop. The magnetic field generated by the loop might affect adjacent circuits or components.

358596 Spherical insulating ball and a spherical metallic ball of same size and mass are dropped from the same height. Choose the correct statement out of the following (Assume negligible air friction)

358597 In the figure as shown, a conducting wire \({P Q}\) of length \(1\,m\) is moving in a uniform magnetic field \({B=3 {~T}}\) with constant velocity \({v=2 {~m} / {sec}}\) towards right. Given, \(R = 2\,\Omega \), \({C=1 {~F}}\) and \(L = 2\,H\). The current through resistance, capacitor and inductor at any time \({t}\) are \({I_{1}, I_{2}}\) and \({I_{3}}\) respectively. The value of \({I_3}\) at time \(t = 2\,\sec \) is