Choose the correct statement below about an n-type or p-type semiconductoc. An n-type semiconductor has missing electrons (or holes) in the lower energy valence band. A p-type semiconductor has free electrons in the upper energy conduction band. A p-type semiconductor has missing electrons (or holes) in the lower energy valence band. Tries of 1 Choose the correct statement below about a photon of light "kicking" an electron from the lower energy valence band into the upper energy conduction band at a p-n function. Ater a photon "kicks" an electron out of the valence band and leaves behind a hole, the hole moves to the n-type side of the p-n junction. After a photon "kicks" an electron into the upper conduction band, the electron moves to the n-type side of the p-n junction. After a photon "kicks" an electron into the upper conduction band, the electron moves to the p-type side of the p-n junction