Question

Hacker: Due to the composition of the cell membrane, some molecules can cross the membrane more easily than others. This is called relative permeability. Which type of molecule is least able to cross the membrane without transporters? There is a poster in this room that will help you, or you can click View Image in the LabPad. a) Large uncharged polar molecules b) Small uncharged polar molecules c) Ions d) Small hydrophobic molecules

          Hacker: Due to the composition of the cell membrane, some molecules can cross the membrane more easily than others. This is called relative permeability. Which type of molecule is least able to cross the membrane without transporters? There is a poster in this room that will help you, or you can click View Image in the LabPad.

a) Large uncharged polar molecules
b) Small uncharged polar molecules
c) Ions
d) Small hydrophobic molecules

Hacker: Due to the composition of the cell membrane, some molecules can cross the membrane more easily than others. This is called relative permeability. Which type of molecule is least able to cross the membrane without transporters? There is a poster in this room that will help you, or you can click View Image in the LabPad.

a) Large uncharged polar molecules
b) Small uncharged polar molecules
c) Ions
d) Small hydrophobic molecules

Added by Colton L.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Ma Ednelyn Lim

01/22/2022

Step 1

- Relative permeability refers to the ability of different molecules to cross the cell membrane without the aid of transport proteins. Show more…

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Hacker: Due to the composition of the cell membrane, some molecules can cross the membrane more easily than others. This is called relative permeability. Which type of molecule is least able to cross the membrane without transporters? There is a poster in this room that will help you, or you can click "View Image" in the LabPad. a) Large uncharged polar molecules b) Small uncharged polar molecules c) Ions d) Small hydrophobic molecules