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Drag and drop the characteristics that apply to each ion type. Note: there may be several items that fit neither ion listed. Sodium lons (Na+) Potassium lons (K+) No Answers Chosen No Answers Chosen Possible answers | At resting, this ion is drawn to the inside of the cell because of its concentration gradient but cannot enter readily E There are very few leak channels for this ion type E At resting, this ion is drawn to the inside of the cell because of its electrical charge but cannot enter readily E Anion most abundant inside the cell E There are abundant leak channels for this ion type | At resting, this ion is drawn outside of the cell because of its electrical charge E At resting, this ion is drawn inside the cell because of its electrical charge E Anion most abundant outside the cell E Cation most abundant inside the celI E Cation most abundant outside the cell E At resting, this ion is drawn outside the cell because of its concentration gradient E At resting, this ion is not attracted to the inside of the cell because of either its concentration gradient or its electrical charge

Drag and drop the characteristics that apply to each ion type. Note: there may be several items that fit neither ion listed. Sodium lons (Na+) Potassium lons (K+) No Answers Chosen No Answers Chosen Possible answers | At resting, this ion is drawn to the inside of the cell because of its concentration gradient but cannot enter readily E There are very few leak channels for this ion type E At resting, this ion is drawn to the inside of the cell because of its electrical charge but cannot enter readily E Anion most abundant inside the cell E There are abundant leak channels for this ion type | At resting, this ion is drawn outside of the cell because of its electrical charge E At resting, this ion is drawn inside the cell because of its electrical charge E Anion most abundant outside the cell E Cation most abundant inside the celI E Cation most abundant outside the cell E At resting, this ion is drawn outside the cell because of its concentration gradient E At resting, this ion is not attracted to the inside of the cell because of either its concentration gradient or its electrical charge

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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Please help me to catagorize which the characterisitcs into ion types. There are some items that won't fit into either category.

Drag and drop the characteristics that apply to each ion type. Note: there may be several items that fit neither ion listed. Sodium lons (Na+) Potassium lons (K+) No Answers Chosen No Answers Chosen Possible answers | At resting, this ion is drawn to the inside of the cell because of its concentration gradient but cannot enter readily : There are very few leak channels for this ion type At resting, this ion is drawn to the inside of the cell because of its electrical charge but cannot enter readily E Anion most abundant inside the cell | There are abundant leak channels for this ion type | At resting, this ion is drawn outside of the cell because of its electrical charge | At resting, this ion is drawn inside the cell because of its electrical charge | Anion most abundant outside the cell Cation most abundant inside the cell E Cation most abundant outside the cell At resting, this ion is drawn outside the cellI because of its concentration gradient | At resting, this ion is not attracted to the inside of the cell because of either its concentration gradient or its electrical charge ::::
Transcribed Image Text:Drag and drop the characteristics that apply to each ion type. Note: there may be several items that fit neither ion listed. Sodium lons (Na+) Potassium lons (K+) No Answers Chosen No Answers Chosen Possible answers | At resting, this ion is drawn to the inside of the cell because of its concentration gradient but cannot enter readily : There are very few leak channels for this ion type At resting, this ion is drawn to the inside of the cell because of its electrical charge but cannot enter readily E Anion most abundant inside the cell | There are abundant leak channels for this ion type | At resting, this ion is drawn outside of the cell because of its electrical charge | At resting, this ion is drawn inside the cell because of its electrical charge | Anion most abundant outside the cell Cation most abundant inside the cell E Cation most abundant outside the cell At resting, this ion is drawn outside the cellI because of its concentration gradient | At resting, this ion is not attracted to the inside of the cell because of either its concentration gradient or its electrical charge ::::
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