Compare and contrast how ATP is formed in photosynthesis and aerobic respiration.
What will be an ideal response?
Answers may vary. In both photosynthesis and aerobic respiration, ATP is formed by the ETC and chemiosmosis. In both the noncyclic pathway of photosynthesis and in aerobic respiration, a hydrogen ion (H+) gradient is established as electrons passing through the ETC. As the H+ flow down their electrochemical gradient through ATP synthase, ATP is produced. In photosynthesis, the splitting of water also contributes to the H+ gradient, which ultimately drives ATP synthesis. In aerobic respiration, ATP is also formed through substrate-level phosphorylation when an enzyme passes a high energy phosphate to ADP.
You might also like to view...
A basic principle of corporation law is that:
A. majority rule applies to both shareholder and director action. B. shareholders are given the authority to manage the business. C. shareholders are not free to dispose of their shares by gift. D. there is an established market for the stock.
The salesperson that is genuinely interested in helping customers can build goodwill with full-line, or suggestion selling. List the four guidelines to follow when using this method
What will be an ideal response?
Mass customization
A. typically requires the company to reconceptualize the design of its products as well as the design and integration of the processes used for producing and delivering the product to customers. B. is usually appropriate in situations where there is the limited potential for differentiating a product for a particular customer. C. refers to a company's use of standardized production systems to produce and deliver products and services. D. is also known as lean production.
A service design feature that focuses on the speedy processing of customers’ written requests ______.
a. involves the customer face-to-face b. has significant impact in terms of the customer service experience with the company c. increases manufacturing costs d. leads to products with limited durability