A charged paricle goes undeflected in a region containing electric and magnetic field. It is possible that

A charged particle goes undeflected in a region containing electric and magnetic field. It is possible that

A charged particle goes undeflected in a region containing electric and magnetic field. It is possible that

A charged particle goes undeflected in a region containing electric and magnetic field. It is possible that (i) vec(E) || vec(B). vec(v) || vec(E) (ii) vec(E) is not parallel to vec(B) (iii) vec(v) || vec(B) but vec(E) is not parallel to vec(B) (iv) vec(E)||vec(B) but vec(v) is not parallel to vec(E)

A charged particle goes undeflected in a region containing electric and magnetic field. It is possible that (i) vec(E) || vec(B). vec(v) || vec(E) (ii) vec(E) is not parallel to vec(B) (iii) vec(v) || vec(B) but vec(E) is not parallel to vec(B) (iv) vec(E)||vec(B) but vec(v) is not parallel to vec(E)

A charged particle goes undeflected in a region containing electric and magnetic fields. It is possible that i) vecE||vecB,vecV||vecE ii) vecE is perpendicular to vecB and both are perpendicular to vecV iii) vecV||vecB but vecE is not parallel to vecB iv) vecE||vecB but vecV is not parallel to vecE

A charged particle goes undeflected in a region containing uniform electric and magnetic field.It is not possible at all (vecupsilon="velocity of particle", vecE="uniform electric field", vecB="uniform magnetic field")

If a charged particle goes unaccelerated in a region containing electric and magnetic fields,

If a charged particle goes unaccelerated in a region containing electric and magnetic fields,

If a charged particle goes unaccelerated in a region containing electric and magnetic fields,