Is it true that energy is released by ATP from the hydrolysis of the first two phosphate groups?
Understand the Problem
The question is asking whether the hydrolysis of the first two phosphate groups of ATP releases energy and presents multiple-choice options. The key concepts focus on ATP's role in energy release during hydrolysis, challenging the respondent to understand biochemical processes.
Answer
Yes, energy is released by ATP from the hydrolysis of the first two phosphate groups.
Yes, energy is released by ATP during the hydrolysis of the first two phosphate groups.
Answer for screen readers
Yes, energy is released by ATP during the hydrolysis of the first two phosphate groups.
More Information
ATP hydrolysis involves breaking the bond between the terminal phosphate groups, which releases energy. This energy is primarily used to fuel various cellular processes.
Tips
A common mistake is thinking energy is released by merely breaking chemical bonds. Energy is actually released by the formation of new bonds and the stabilization after hydrolysis.
Sources
- ATP cycle and reaction coupling | Energy (article) - Khan Academy - khanacademy.org
- ATP Hydrolysis: Mechanism, Energy Output and Significance - byjus.com
AI-generated content may contain errors. Please verify critical information
