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The resting membrane potential in neurons is described as an electrochemical gradient. You have described how the chemical gradient is created. Now, describe how the electrical gradient is established. The inside of the cell has a net [Select] charge due to the presence of [Select] Due to the charge inside the cell, the exit of [Select] 3 [Select] 4 [Select] 5 1 2 ✓down its chemical gradient is because it is ✓ by the charge in the cell. Options for each number: 1 - positive or negative 2 - Na+, K+, negatively-charged proteins and ions like Cl-, the greater concentration of Na+ outside the cell than K+ inside the cell, or the hydrophobic phospholipid bilayer 3 - Na + or K+ 4 - slow, sped up, or not changed 5 - attracted, repelled, or not affected

The resting membrane potential in neurons is described as an electrochemical gradient. You have described how the chemical gradient is created. Now, describe how the electrical gradient is established. The inside of the cell has a net [Select] charge due to the presence of [Select] Due to the charge inside the cell, the exit of [Select] 3 [Select] 4 [Select] 5 1 2 ✓down its chemical gradient is because it is ✓ by the charge in the cell. Options for each number: 1 - positive or negative 2 - Na+, K+, negatively-charged proteins and ions like Cl-, the greater concentration of Na+ outside the cell than K+ inside the cell, or the hydrophobic phospholipid bilayer 3 - Na + or K+ 4 - slow, sped up, or not changed 5 - attracted, repelled, or not affected

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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The resting membrane potential in neurons is described as an electrochemical gradient. You have described how the chemical gradient is created. Now, describe how the electrical gradient is established. The inside of the cell has a net [Select] charge due to the presence of [Select] Due to the charge inside the cell, the exit of [Select] 3 4 [Select] 5 [Select] 1 2 ✓down its chemical gradient is because it is by the charge in the cell. Options for each number: 1 - positive or negative 2 - Na+, K+, negatively-charged proteins and ions like Cl-, the greater concentration of Na+ outside the cell than K+ inside the cell, or the hydrophobic phospholipid bilayer 3 - Na + or K+ 4 - slow, sped up, or not changed 5 - attracted, repelled, or not affected
Transcribed Image Text:The resting membrane potential in neurons is described as an electrochemical gradient. You have described how the chemical gradient is created. Now, describe how the electrical gradient is established. The inside of the cell has a net [Select] charge due to the presence of [Select] Due to the charge inside the cell, the exit of [Select] 3 4 [Select] 5 [Select] 1 2 ✓down its chemical gradient is because it is by the charge in the cell. Options for each number: 1 - positive or negative 2 - Na+, K+, negatively-charged proteins and ions like Cl-, the greater concentration of Na+ outside the cell than K+ inside the cell, or the hydrophobic phospholipid bilayer 3 - Na + or K+ 4 - slow, sped up, or not changed 5 - attracted, repelled, or not affected
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