In the zone refining process if K is the distribution coefficient, CS represents the concentration of dopant in the solid phase and CL represents the concentration of dopant in the liquid phase then K is defined as:

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TuteeHUB · Accepted Answer

K = CL/CS

TuteeHUB · Answer

K = CS/CL

TuteeHUB · Answer

$K = \frac{{{C_S}}}{{{C_L}}} + 1$

TuteeHUB · Answer

$K = \frac{{{C_L}}}{{{C_S}}} - 1$

1.	In the zone refining process if K is the distribution coefficient, CS represents the concentration of dopant in the solid phase and CL represents the concentration of dopant in the liquid phase then K is defined as:
A.	K = CS/CL
B.	K = CL/CS
C.	\(K = \frac{{{C_S}}}{{{C_L}}} + 1\)
D.	\(K = \frac{{{C_L}}}{{{C_S}}} - 1\)
Answer» B. K = CL/CS

In the zone refining process if K is the distribution coefficient, CS represents the concentration of dopant in the solid phase and CL represents the concentration of dopant in the liquid phase then K is defined as:

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