A beaker contains two compartments (A and B) withequal volumes of solution separated by an artificialmembrane with a pore size of 24 Angstrom (Å)A.AExplain the net movement of solute after eight hours if:1. Compartment A has 18% Sucrose while compartment B has 2% sucrose (diameter ofSucrose molecule = 9 Å)%3D2. Compartment A has 2.0 M NaCl while compartment B has 5% potassium iodide (Naradius 0.28 Å; Cl diameter = 3.7 Å: and potassium iodide radius = 1.4 Å)3. Compartment A has 3% albumin while compartment B has 2% potato starch(albumin diameter = 38 Å: potato starch = 300.000-1000000 Å)

Question 1 18% sucrose is hyperosmotic compared to 2% sucrose. Hence solute will move from A to B…

A beaker contains two compartments (A and B) with equal volumes of solution separated by an artificial membrane with a pore size of 24 Angstrom (Å) A. Explain the net movement of solute after eight hours if: 1. Compartment A has 18% Sucrose while compartment B has 2% sucrose (diameter of Sucrose molecule = 9 ÅJ 2. Compartment A has 2.0 MNACI while compartment B has 5% potassium iodide (Na radius 0.28 Å: Cl diameter = 3.7 Å: and potassium iodide radius = 1.4 Å) %3D 3. Compartment A has 3% albumin while compartment B has 2% potato starch (albumin diameter = 38 Å; potato starch = 300,000-1000000 Ă)

A beaker contains two compartments (A and B) with equal volumes of solution separated by an artificial membrane with a pore size of 24 Angstrom (Å) A. Explain the net movement of solute after eight hours if: 1. Compartment A has 18% Sucrose while compartment B has 2% sucrose (diameter of Sucrose molecule = 9 ÅJ 2. Compartment A has 2.0 MNACI while compartment B has 5% potassium iodide (Na radius 0.28 Å: Cl diameter = 3.7 Å: and potassium iodide radius = 1.4 Å) %3D 3. Compartment A has 3% albumin while compartment B has 2% potato starch (albumin diameter = 38 Å; potato starch = 300,000-1000000 Ă)

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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