  The shapes of jets with transverse energies, E_T(jet), up to 45 GeV produced
in neutral- and charged-current deep inelastic e+p scattering (DIS) at Q**2 >
100 GeV**2 have been measured with the ZEUS detector at HERA. Jets are
identified using a cone algorithm in the eta-phi plane with a cone radius of
one unit. The jets become narrower as E_T(jet) increases. The jet shapes in
neutral- and charged-current DIS are found to be very similar. The jets in
neutral-current DIS are narrower than those in resolved processes in
photoproduction and closer to those in direct-photon processes for the same
ranges in E_T(jet) and jet pseudorapidity. The jet shapes in DIS are observed
to be similar to those in e+e- interactions and narrower than those in pbarp
collisions for comparable E_T(jet). Since the jets in e+e- interactions and e+p
DIS are predominantly quark initiated in both cases, the similarity in the jet
shapes indicates that the pattern of QCD radiation within a quark jet is to a
large extent independent of the hard scattering process in these reactions.
