Which of these is a comparatively insignificant factor affecting the magnitude of specific optical rotation? A) concentration of the substance of interest B) purity of the sample C... Which of these is a comparatively insignificant factor affecting the magnitude of specific optical rotation? A) concentration of the substance of interest B) purity of the sample C) temperature of the measurement D) length of the sample tube E) All of these choices are equally significant.
Understand the Problem
The question is asking which of the listed factors is the least significant in influencing the specific optical rotation of a substance. This involves understanding the role each factor plays in the optical rotation measurement.
Answer
Temperature of the measurement.
The comparatively insignificant factor is C) temperature of the measurement.
Answer for screen readers
The comparatively insignificant factor is C) temperature of the measurement.
More Information
Specific optical rotation is typically influenced by concentration, purity, and path length, making temperature comparatively less significant.
Tips
Confusing specific optical rotation with general physical principles can lead to misunderstandings about the impact of temperature.
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