The end point for a titration can be determined graphically. The end point volume for a first derivative plot corresponds to: A. the volume base added where the first derivative curve crosses the x-axis. B. the volume base added where the first derivative curve has minimum slope. C. the volume base added where the first derivative curve has a maximum negative slope. D. the volume base added where the first derivative curve crosses the y-axis. E. the volume base added where the first derivative curve has maximum slope.
The end point for a titration can be determined graphically. The end point volume for a first derivative plot corresponds to: A. the volume base added where the first derivative curve crosses the x-axis. B. the volume base added where the first derivative curve has minimum slope. C. the volume base added where the first derivative curve has a maximum negative slope. D. the volume base added where the first derivative curve crosses the y-axis. E. the volume base added where the first derivative curve has maximum slope.
Chapter7: Neutralization Titrations And Graphical Representations
Section: Chapter Questions
Problem 1P
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The end point for a titration can be determined graphically. The end point volume for a first derivative plot corresponds to:
A. the volume base added where the first derivative curve crosses the x-axis.
B. the volume base added where the first derivative curve has minimum slope.
C. the volume base added where the first derivative curve has a maximum negative slope.
D. the volume base added where the first derivative curve crosses the y-axis.
E. the volume base added where the first derivative curve has maximum slope.
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