VECTOR
Question no. 1
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1 .option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 2
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 3
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 4
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 5
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 6
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 7
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 8
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 9
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 10
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 11
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 12
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 13
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 14
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
Question no. 15
A solid cylindrical conductor of radius ‘R’ has a uniforms current density.
The magnetic field ‘H’ inside the conductor at a distance ‘r’ from the axis of
the conductor is
1. option1
2. option2
3. option3
4. option4
sachin
anuradha
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