6. In mitochondria, where does the energy that drives ATP synthesis come from? (A) the proton gradient (B) and FAD (C) the electron gradient (D) the oxidation states of the complexes (E) molecular oxygen

6. In mitochondria, where does the energy that drives ATP synthesis come from?
(A) the proton gradient
(B) and FAD
(C) the electron gradient
(D) the oxidation states of the complexes
(E) molecular oxygen

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詳解 (共 1 筆)

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B1 · 2025/10/01

#6822621

1. 題目解析這道題目考察的是粒線體...

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1. 已知不穩定的原子核可能經由一系列的衰變過程而逐漸變成穩定的原子核,碘-131 的原子核不穩定,因此具有放射性,其反應如下: 已知碘-131 衰變為氙的半生期約為8天,下列有關含放射性碘-131化合物的敘述, 哪個正確? (A) 該核反應式中,β的係數x為1 (B)用液態氮凍結後,其放射性即可消失 (C)將其還原成固態的碘後,再將碘加熱昇華就可去除其放射性 (D)用強酸溶解後,加入鉛離子產生難溶的碘化鉛,就可去除其放射性 (E)已知此反應的速率常數為 8.7 × 10⁻² 天⁻¹,則碘-131 衰變為氙屬於零級反應。

6. In mitochondria, where does the energy that drives ATP synthesis come from?
(A) the proton gradient
(B) and FAD
(C) the electron gradient
(D) the oxidation states of the complexes
(E) molecular oxygen

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6. In mitochondria, where does the energy that drives ATP synthesis come from?(A) the proton gradient(B) and FAD(C) the electron gradient(D) the oxidation states of the complexes(E) molecular oxygen

詳解 (共 1 筆)

相關試題

相關試卷

6. In mitochondria, where does the energy that drives ATP synthesis come from?
(A) the proton gradient
(B) and FAD
(C) the electron gradient
(D) the oxidation states of the complexes
(E) molecular oxygen