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The present paper aims to clarify several aspects of M-configuration five-level atom interacting with a single mode cavity field. The considered model is characterized by including both the detuning parameter and the initial field phase. The full solution of this model is given for the cases of resonance, off-resonance and non-resonance interaction when the atom is initially prepared in super-position state. However, the input radiation field is taken in a coherent state. Also, the influence of the presence and absent of the detuning parameter and the relative phase on the temporal evaluation for the collapses-revivals, the anti-bunching of photons, the squeezing of radiation field and the coherence properties has been examined. The results have indicated that the presence of both the detuning and the relative phase have significantly affects on these phenomena.

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