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I can prove that in Coh(P^1)$\operatorname{Coh}(\boldsymbol{P}^1)$ there isn'taren't enough projective objects, either, by using Serre's duality theorem and some vanishing theoremtheorems. But I don't know if this is the case for Qcoh(P^1)$\operatorname{Qcoh}(\boldsymbol{P}^1)$.

I can prove in Coh(P^1) there isn't enough projective objects, either, by using Serre's duality theorem and vanishing theorem. But I don't know this is the case for Qcoh(P^1).

I can prove that in $\operatorname{Coh}(\boldsymbol{P}^1)$ there aren't enough projective objects by using Serre's duality theorem and some vanishing theorems. But I don't know if this is the case for $\operatorname{Qcoh}(\boldsymbol{P}^1)$.

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I can prove in Coh(P^1) there isn't enough projective objects, either, by using Serre's duality theorem and vanishing theorem. But I don't know this is the case for Qcoh(P^1).