  The field equations of the new general relativity (NGR) have been applied to
an absolute parallelism space having three unknown functions of the radial
coordinate. The field equations have been solved using two different schemes.
In the first scheme, we used the conventional procedure used in orthodox
general relativity. In the second scheme, we examined the effect of signature
change. The latter scheme gives a solution which is different from the
Schwarzschild one. In both methods we find solution of the field equations
under the same constraint imposed on the parameters of the theory. We also
calculated the energy associated with the solutions in the two cases using the
superpotential method. We found that the energetic content of one of the
solutions is different from that of the other. A comparison between the two
solutions obtained in the present work and a third one obtained by Hayashi and
Shirafuji (1979) shows that the change of the signature may give rise to new
physics.
