358350 Two infinitely long parallel wires having linear charge densities \({\lambda _1}\;{\rm{and}}\;{\lambda _2}\) respectively are placed at a distance of \(R\) metres. The force per unit length on either wire will be \(\left( {k = \frac{1}{{4\pi {\varepsilon _0}}}} \right)\)

358351 Assertion :
In a cavity within a conductor, the electric field is zero.
Reason :
Charges in a conductor reside only at its surface.

358352 Assertion :
Vehicle carrying highly inflammable materials have hanging chains, slightly touching the ground.
Reason :
The body of a vehicle gets charged when moving through air at high speed.

358353 Electric field in a certain region is given by \(\vec{E}=\left(\dfrac{A}{x^{2}} \hat{i}+\dfrac{B}{y^{3}} \hat{j}\right)\). The SI unit of \(A\) and \(B\) are

358354 The vehicles carrying inflammable fluids usually have metallic chains touching the ground,

358350 Two infinitely long parallel wires having linear charge densities \({\lambda _1}\;{\rm{and}}\;{\lambda _2}\) respectively are placed at a distance of \(R\) metres. The force per unit length on either wire will be \(\left( {k = \frac{1}{{4\pi {\varepsilon _0}}}} \right)\)

358351 Assertion :
In a cavity within a conductor, the electric field is zero.
Reason :
Charges in a conductor reside only at its surface.

358352 Assertion :
Vehicle carrying highly inflammable materials have hanging chains, slightly touching the ground.
Reason :
The body of a vehicle gets charged when moving through air at high speed.

358353 Electric field in a certain region is given by \(\vec{E}=\left(\dfrac{A}{x^{2}} \hat{i}+\dfrac{B}{y^{3}} \hat{j}\right)\). The SI unit of \(A\) and \(B\) are

358354 The vehicles carrying inflammable fluids usually have metallic chains touching the ground,

358350 Two infinitely long parallel wires having linear charge densities \({\lambda _1}\;{\rm{and}}\;{\lambda _2}\) respectively are placed at a distance of \(R\) metres. The force per unit length on either wire will be \(\left( {k = \frac{1}{{4\pi {\varepsilon _0}}}} \right)\)

358351 Assertion :
In a cavity within a conductor, the electric field is zero.
Reason :
Charges in a conductor reside only at its surface.

358352 Assertion :
Vehicle carrying highly inflammable materials have hanging chains, slightly touching the ground.
Reason :
The body of a vehicle gets charged when moving through air at high speed.

358353 Electric field in a certain region is given by \(\vec{E}=\left(\dfrac{A}{x^{2}} \hat{i}+\dfrac{B}{y^{3}} \hat{j}\right)\). The SI unit of \(A\) and \(B\) are

358354 The vehicles carrying inflammable fluids usually have metallic chains touching the ground,

358350 Two infinitely long parallel wires having linear charge densities \({\lambda _1}\;{\rm{and}}\;{\lambda _2}\) respectively are placed at a distance of \(R\) metres. The force per unit length on either wire will be \(\left( {k = \frac{1}{{4\pi {\varepsilon _0}}}} \right)\)

358351 Assertion :
In a cavity within a conductor, the electric field is zero.
Reason :
Charges in a conductor reside only at its surface.

358352 Assertion :
Vehicle carrying highly inflammable materials have hanging chains, slightly touching the ground.
Reason :
The body of a vehicle gets charged when moving through air at high speed.

358353 Electric field in a certain region is given by \(\vec{E}=\left(\dfrac{A}{x^{2}} \hat{i}+\dfrac{B}{y^{3}} \hat{j}\right)\). The SI unit of \(A\) and \(B\) are

358354 The vehicles carrying inflammable fluids usually have metallic chains touching the ground,

358350 Two infinitely long parallel wires having linear charge densities \({\lambda _1}\;{\rm{and}}\;{\lambda _2}\) respectively are placed at a distance of \(R\) metres. The force per unit length on either wire will be \(\left( {k = \frac{1}{{4\pi {\varepsilon _0}}}} \right)\)

358351 Assertion :
In a cavity within a conductor, the electric field is zero.
Reason :
Charges in a conductor reside only at its surface.

358352 Assertion :
Vehicle carrying highly inflammable materials have hanging chains, slightly touching the ground.
Reason :
The body of a vehicle gets charged when moving through air at high speed.

358353 Electric field in a certain region is given by \(\vec{E}=\left(\dfrac{A}{x^{2}} \hat{i}+\dfrac{B}{y^{3}} \hat{j}\right)\). The SI unit of \(A\) and \(B\) are

358354 The vehicles carrying inflammable fluids usually have metallic chains touching the ground,