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Water is critical to understand for biophysical processes. a. Draw the chemical structure of water (at pH 7.5). Add labels of bond lengths, atomic radii, angles, dipoles, and types of intermolecular interactions possible. b. Draw a diagram of water within a hydrophobic cavity. Include expected distances and label interactions. c. What is the volume of a bacterial cell? Of a eukaryotic cell? How many water molecules could fit within both cell types assuming the cell is 70% water? d. At a pH of 7.5, how many protons are available in the cell for cellular processes that require

Water is critical to understand for biophysical processes. a. Draw the chemical structure of water (at pH 7.5). Add labels of bond lengths, atomic radii, angles, dipoles, and types of intermolecular interactions possible. b. Draw a diagram of water within a hydrophobic cavity. Include expected distances and label interactions. c. What is the volume of a bacterial cell? Of a eukaryotic cell? How many water molecules could fit within both cell types assuming the cell is 70% water? d. At a pH of 7.5, how many protons are available in the cell for cellular processes that require

World of Chemistry, 3rd edition
World of Chemistry, 3rd edition
3rd Edition
ISBN:9781133109655
Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste
Chapter21: Biochemistry
Section: Chapter Questions
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Water is critical to understand for biophysical processes. a. Draw the chemical structure of water (at pH 7.5). Add labels of bond lengths, atomic radii, angles, dipoles, and types of intermolecular interactions possible. b. Draw a diagram of water within a hydrophobic cavity. Include expected distances and label interactions. c. What is the volume of a bacterial cell? Of a eukaryotic cell? How many water molecules could fit within both cell types assuming the cell is 70% water? d. At a pH of 7.5, how many protons are available in the cell for cellular processes that require
Transcribed Image Text:Water is critical to understand for biophysical processes. a. Draw the chemical structure of water (at pH 7.5). Add labels of bond lengths, atomic radii, angles, dipoles, and types of intermolecular interactions possible. b. Draw a diagram of water within a hydrophobic cavity. Include expected distances and label interactions. c. What is the volume of a bacterial cell? Of a eukaryotic cell? How many water molecules could fit within both cell types assuming the cell is 70% water? d. At a pH of 7.5, how many protons are available in the cell for cellular processes that require
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