  We have studied the average charged particle density
($<$dN$_{ch}$/d$\eta$$>$), transverse momentum ($p_{\mathrm{T}}$) spectra,
$<$$p_{\mathrm{T}}$$>$ and azimuthal anisotropies of inclusive charged
particles produced in Xe+Xe collisions at $\sqrt{s_{NN}}$ = 5.44 TeV using A
Multiphase Transport Model (AMPT), which includes the deformation of Xe$^{129}$
nucleus. Calculations have been performed with the string melting version of
AMPT model and compared with the recent measurements from the ALICE experiment.
The model results over predict the measured $<$dN$_{ch}$/d$\eta$$>$ for central
collisions, agree with the data for mid-central collisions and under predict
the measurements for peripheral collisions. The centrality dependence of
$<$$p_{\mathrm{T}}$$>$ of charged particles measured in ALICE is not reproduced
by the model results. The calculated elliptic flow ($v_{2}$) from AMPT model
overpredicts the ALICE measurements in central collisions but are consistent
with the data in mid central collisions. We find that the model shows a mild
centrality dependence of triangular flow and overestimates the ALICE
measurements. Within the model framework, we have also studied various
collision configurations of Xe nuclei such as body-body, tip-tip, side-side and
random. We find a strong dependence of the above observable on the collision
configurations.
