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We have studied the prospects of measuring the CP violating phase withatmospheric neutrinos at a large magnetized iron calorimeter detectorconsidering the muons (directly measurable) of the neutrino events generated bya MonteCarlo event generator Nuance. The effect of $\theta_{13}$ and$\delta_{CP}$ appears dominantly neither in atmospheric neutrino oscillationnor in solar neutrino oscillation, but appears as subleading in both cases.These are observable in range of $E \sim 1$ GeV for atmospheric neutrino, wheresolar and atmospheric oscillation couple. In this regime, the quasi-elasticevents dominate and the energy resolution is very good, but the angularresolution is very poor. Unlike beam experiments this poor angular resolutionacts against its measurements. However, we find that one can be able todistinguish $\delta_{CP}\approx 0^\circ$ and $180^\circ$ at 90% confidencelevel. We find no significant sensitivity for $\delta_{CP}\approx 90^\circ$ or$270^\circ$.

Prospects of measuring the leptonic CP phase with atmospheric neutrinos