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Angular distributions in the final state of pi0-eta photoproduction onnucleons are considered. As a formal base the familiar isobar model is used inwhich the (pi0 eta N) state is a product of the resonance decay intoeta-Delta(1232) and pi-S_{11}(1535) channels. One of the principal assumptionsused is that in the actual energy region the reaction is dominated by a singleresonance state. The developed formalism can serve as a tool for testing spinand parity of that resonance.

Analysis of angular distributions in gamma N \to pi0 eta N