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Two Compartments X\mathrm { X } And Y\mathrm { Y }

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Two compartments ( X\mathrm { X } and Y\mathrm { Y } ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of X\mathrm { X } and Y\mathrm { Y } when the system reaches equilibrium?
 Two compartments (  \mathrm { X }  and  \mathrm { Y }  ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of  \mathrm { X }  and  \mathrm { Y }  when the system reaches equilibrium?    A.    B.    C.    D.    E.

A.
 Two compartments (  \mathrm { X }  and  \mathrm { Y }  ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of  \mathrm { X }  and  \mathrm { Y }  when the system reaches equilibrium?    A.    B.    C.    D.    E.

B.
 Two compartments (  \mathrm { X }  and  \mathrm { Y }  ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of  \mathrm { X }  and  \mathrm { Y }  when the system reaches equilibrium?    A.    B.    C.    D.    E.

C.
 Two compartments (  \mathrm { X }  and  \mathrm { Y }  ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of  \mathrm { X }  and  \mathrm { Y }  when the system reaches equilibrium?    A.    B.    C.    D.    E.

D.
 Two compartments (  \mathrm { X }  and  \mathrm { Y }  ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of  \mathrm { X }  and  \mathrm { Y }  when the system reaches equilibrium?    A.    B.    C.    D.    E.

E.
 Two compartments (  \mathrm { X }  and  \mathrm { Y }  ) are separated by a typical biological membrane (lipid bilayer). The concentrations of a non-permeant molecule (glucose) at time zero are shown. Which of the drawings below represents the volumes of  \mathrm { X }  and  \mathrm { Y }  when the system reaches equilibrium?    A.    B.    C.    D.    E.


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