(c) Arrange the half-reactions in (b) in order of decreasing effectiveness as electron acceptors. anatomic dead space plus alveolar dead space c. (b) Express each half-reaction as a reduction. Find step-by-step Anatomy and physiology solutions and your answer to the following textbook question: Physiologic dead space is equal to. (a) Write each net process in terms of two balanced half-reactions. Physiologic dead-space fraction (dead space divided by tidal volume VD/VT), as defined by Bohr and Enghoff, is the sum of anatomic or airway dead space (VD-anat) and alveolar dead space (VD-alv) divided by the VT. Consider the following oxidation/reduction reactions:Ģ H + + S n ( s ) → H 2 ( g ) + S n 2 + A g + + F e 2 + → A g ( s ) + F e 3 + S n 4 + + H 2 ( g ) → S n 2 + + 2 H + 2 F e 3 + + S n 2 + → 2 F e 2 + + S n 4 + S n 2 + + C o ( s ) → S n ( s ) + C o 2 + \beginĢ H + + Sn ( s ) → H 2 ( g ) + Sn 2 + Ag + + Fe 2 + → Ag ( s ) + Fe 3 + Sn 4 + + H 2 ( g ) → Sn 2 + + 2 H + 2 Fe 3 + + Sn 2 + → 2 Fe 2 + + Sn 4 + Sn 2 + + Co ( s ) → Sn ( s ) + Co 2 +
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