Non-stoichiometric cuprous oxide, `Cu_(2)O` can be prepared in lboratory. In this oxide. Copper to oxygen ratio is slightly less than 2:1, can you account for the fact that this substance is a p-type semiconductor?

Non-stoichiometric cuprous oxide, Cu_(2)O can be prepared in the laboratory. In this oxide, copper to oxygen ratio is slightly less than 2:1. Can you account for the fact that this substance is a p-type semiconductor?

Non-stoichiometric cuprous oxide. Cu_(2)O can be perpared in laboratory. In this oxide, copper-to-oxygen ratio is slightly less than 2 : 1. can you account for the fact that this substance is a p-type semiconductors?

Non-stoichiometric cuprous oxide. Cu_(2)O can be perpared in laboratory. In this oxide, copper-to-oxygen ratio is slightly less than 2 : 1. can you account for the fact that this substance is a p-type semiconductors?

Non-stoichiometric cuprous oxide. Cu_(2)O can be perpared in laboratory. In this oxide, copper-to-oxygen ratio is slightly less than 2 : 1. can you account for the fact that this substance is a p-type semiconductors?

Non-stoichiometric cuprous oxide. Cu_(2)O can be perpared in laboratory. In this oxide, copper-to-oxygen ratio is slightly less than 2 : 1. can you account for the fact that this substance is a p-type semiconductors?

Non-stoichimoetric cuprous oxide. Cu_2O can be prepared in laboratory. In this oxide, copper to oxygen ration is slightly less than 2:1 can you account for the face that this substance is a p-type semiconductor?

Non-stoichiometric cuprous oxide (Cu_2O) can be prepared in the laboratory. In this oxide, copper to oxygen ratio is sloghtly less than 2 : 1 can you account for the fact that this substance is p-type semiconductor