QuestionJune 7, 2025

Malia was able to make a paperclip float on the surface of water. What will most likely happen to the paperclip if a drop o dishwashing detergent is added near it? Soap is a surfactant that increases the intermolecular forces of water allowing the paperclip to continue to float. Soap makes the water less viscous making the paperclip sink. Soap is a surfactant that disrupts the intermolecular forces of water making the paperclip sink. Soap makes the water more viscous allowing the paperclip to continue to float.

Malia was able to make a paperclip float on the surface of water. What will most likely happen to the paperclip if a drop o dishwashing detergent is added near it? Soap is a surfactant that increases the intermolecular forces of water allowing the paperclip to continue to float. Soap makes the water less viscous making the paperclip sink. Soap is a surfactant that disrupts the intermolecular forces of water making the paperclip sink. Soap makes the water more viscous allowing the paperclip to continue to float.
Malia was able to make a paperclip float on the surface of water. What will most likely happen to the paperclip if a drop o
dishwashing detergent is added near it?
Soap is a surfactant that increases the intermolecular forces of water allowing the paperclip to continue to float.
Soap makes the water less viscous making the paperclip sink.
Soap is a surfactant that disrupts the intermolecular forces of water making the paperclip sink.
Soap makes the water more viscous allowing the paperclip to continue to float.

Solution
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Answer

Soap is a surfactant that disrupts the intermolecular forces of water making the paperclip sink. Explanation 1. Identify the effect of soap on water Soap is a surfactant that disrupts the intermolecular forces of water. 2. Determine the impact on the paperclip Disruption of intermolecular forces reduces surface tension, causing the paperclip to sink.

Explanation

1. Identify the effect of soap on water<br /> Soap is a surfactant that disrupts the intermolecular forces of water.<br /><br />2. Determine the impact on the paperclip<br /> Disruption of intermolecular forces reduces surface tension, causing the paperclip to sink.
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