Concept explainers
A. (i)
To examine: The reaction
Introduction: The transfer of energy in the form of spontaneous changes is shown in Fig. 3-30 “A mechanical model illustrates the principle of coupled
A. (ii)
To examine: The reaction
Introduction: The transfer of energy in the form of spontaneous changes is shown in Fig. 3-30 “A mechanical model illustrates the principle of coupled chemical reactions” in the textbook. It directly shows the analogy of ATP hydrolysis in the form of heat, and formation of activated carriers to carry out further reactions.
A. (iii)
To examine: The reaction
Introduction: The transfer of energy in the form of spontaneous changes is shown in Fig. 3-30 “A mechanical model illustrates the principle of coupled chemical reactions” in the textbook. It directly shows the analogy of ATP hydrolysis in the form of heat, and formation of activated carriers to carry out further reactions.
A. (iv)
To examine: The reaction
Introduction: The transfer of energy in the form of spontaneous changes is shown in Fig. 3-30 “A mechanical model illustrates the principle of coupled chemical reactions” in the textbook. It directly shows the analogy of ATP hydrolysis in the form of heat, and formation of activated carriers to carry out further reactions.
B. (i)
To examine: The reaction
Introduction: The transfer of energy in the form of spontaneous changes is shown in Fig. 3-30 “A mechanical model illustrates the principle of coupled chemical reactions” in the textbook. It directly shows the analogy of ATP hydrolysis in the form of heat, and formation of activated carriers to carry out further reactions.
B. (ii)
To examine: The reaction
Introduction: The transfer of energy in the form of spontaneous changes is shown in Fig. 3-30 “A mechanical model illustrates the principle of coupled chemical reactions” in the textbook. It directly shows the analogy of ATP hydrolysis in the form of heat, and formation of activated carriers to carry out further reactions.
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