If a small stream of liquid A was strongly deflected by a charged object, liquid B was moderately deflected, and liquid C was weakly deflected rank the liquids in order of polarity. (Assume densities and charges are all equal.)
Wouldn't the most polar be deflected the most?
SO it would be Liquid A, B, C?
To rank the liquids in order of polarity based on their deflection when exposed to a charged object, we need to understand the concept of polarity and its effect on how a liquid interacts with electric charges.
Polarity refers to the separation of positive and negative charges within a molecule, creating a positive and a negative end. In the context of this question, more polar liquids will interact more strongly with a charged object, resulting in a higher deflection. Less polar liquids will have weaker interactions and, therefore, exhibit a lower deflection.
Now let's rank the liquids in order of polarity based on the given information:
1. Liquid C - Weakly deflected:
Liquid C is weakly deflected, suggesting that it has the least polarity among the three liquids in question. The weak deflection implies that the interaction between the charged object and liquid C is minimal, indicating low polarity.
2. Liquid B - Moderately deflected:
Liquid B exhibits a moderate deflection when exposed to the charged object. This indicates that liquid B has a moderate degree of polarity. The deflection is stronger than that of liquid C but weaker than liquid A.
3. Liquid A - Strongly deflected:
Liquid A shows a strong deflection, indicating a high degree of polarity. The significant deflection suggests that liquid A has the highest polarity among the three liquids.
Therefore, the order of polarity, from least to most polar, is: Liquid C < Liquid B < Liquid A.
It is important to note that this ranking assumes all other factors (such as density and charges) are equal, and the deflection solely depends on the polarity of the liquids.