267791
The angle between electric dipolemoment \(p\) and the electric field \(E\) when the dipole is in stable equilibrium
1 0
2 \(\pi / 4\)
3 \(\pi / 2\)
4 \(\pi\)
Explanation:
Electric Charges and Fields
267795
An electric dipole is placed in a non uniform electric field increasing along the +ve direction of \(X\) - axis. In which direction does thedipole
1 movealong + vedirection of \(X\) - axis, rotate clockwise
2 move along - ve direction of \(X\) - axis, rotate clockwise
3 movealong + vedirection of \(X\) - axis, rotate anti clockwise
4 movealong - vedirection of \(X\) - axis, rotate anti clockwise
Explanation:
Electric Charges and Fields
267796
An electric dipole placed in a nonuniform electric field experiences
1 a forcebut no torque
2 atorquebut no force
3 a force as well as a torque
4 neither a force nor a torque
Explanation:
Electric Charges and Fields
267797
If \(E_{a}\) be the electric field intensity due to a short dipole at a point on the axis and \(E_{r}\) be that on the perpendicular bisector at the same distance from the dipole, then
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Electric Charges and Fields
267791
The angle between electric dipolemoment \(p\) and the electric field \(E\) when the dipole is in stable equilibrium
1 0
2 \(\pi / 4\)
3 \(\pi / 2\)
4 \(\pi\)
Explanation:
Electric Charges and Fields
267795
An electric dipole is placed in a non uniform electric field increasing along the +ve direction of \(X\) - axis. In which direction does thedipole
1 movealong + vedirection of \(X\) - axis, rotate clockwise
2 move along - ve direction of \(X\) - axis, rotate clockwise
3 movealong + vedirection of \(X\) - axis, rotate anti clockwise
4 movealong - vedirection of \(X\) - axis, rotate anti clockwise
Explanation:
Electric Charges and Fields
267796
An electric dipole placed in a nonuniform electric field experiences
1 a forcebut no torque
2 atorquebut no force
3 a force as well as a torque
4 neither a force nor a torque
Explanation:
Electric Charges and Fields
267797
If \(E_{a}\) be the electric field intensity due to a short dipole at a point on the axis and \(E_{r}\) be that on the perpendicular bisector at the same distance from the dipole, then
267791
The angle between electric dipolemoment \(p\) and the electric field \(E\) when the dipole is in stable equilibrium
1 0
2 \(\pi / 4\)
3 \(\pi / 2\)
4 \(\pi\)
Explanation:
Electric Charges and Fields
267795
An electric dipole is placed in a non uniform electric field increasing along the +ve direction of \(X\) - axis. In which direction does thedipole
1 movealong + vedirection of \(X\) - axis, rotate clockwise
2 move along - ve direction of \(X\) - axis, rotate clockwise
3 movealong + vedirection of \(X\) - axis, rotate anti clockwise
4 movealong - vedirection of \(X\) - axis, rotate anti clockwise
Explanation:
Electric Charges and Fields
267796
An electric dipole placed in a nonuniform electric field experiences
1 a forcebut no torque
2 atorquebut no force
3 a force as well as a torque
4 neither a force nor a torque
Explanation:
Electric Charges and Fields
267797
If \(E_{a}\) be the electric field intensity due to a short dipole at a point on the axis and \(E_{r}\) be that on the perpendicular bisector at the same distance from the dipole, then
267791
The angle between electric dipolemoment \(p\) and the electric field \(E\) when the dipole is in stable equilibrium
1 0
2 \(\pi / 4\)
3 \(\pi / 2\)
4 \(\pi\)
Explanation:
Electric Charges and Fields
267795
An electric dipole is placed in a non uniform electric field increasing along the +ve direction of \(X\) - axis. In which direction does thedipole
1 movealong + vedirection of \(X\) - axis, rotate clockwise
2 move along - ve direction of \(X\) - axis, rotate clockwise
3 movealong + vedirection of \(X\) - axis, rotate anti clockwise
4 movealong - vedirection of \(X\) - axis, rotate anti clockwise
Explanation:
Electric Charges and Fields
267796
An electric dipole placed in a nonuniform electric field experiences
1 a forcebut no torque
2 atorquebut no force
3 a force as well as a torque
4 neither a force nor a torque
Explanation:
Electric Charges and Fields
267797
If \(E_{a}\) be the electric field intensity due to a short dipole at a point on the axis and \(E_{r}\) be that on the perpendicular bisector at the same distance from the dipole, then