  We report the growth of Nb2Pd0.73S5.7 superconducting single crystal fibers
via slow cooling solid state reaction method. Superconducting transition
temperature (Tc ~ 6.5K) is confirmed from magnetization and transport
measurements. A comparative study is performed for determination of
superconducting anisotropy, {\Gamma}, via conventional method (by taking ration
of two superconducting parameters) and scaling approach method. Scaling
approach, defined within the framework of the Ginzburg-Landau theory is applied
to the angular dependent resistivity measurements to estimate the anisotropy.
The value of {\Gamma} close to Tc from scaling approach is found to be ~ 2.5
that is slight higher compare to conventional approach (~2.2). Further,
variation of anisotropy with temperature suggests that it is a type of
multi-band superconductor.
