Question
Review the passage concerning Ivory soap. "Ivory soap floats in water due to its lower density compared to water. When placed in a microwave oven and heated for 25 seconds, Ivory soap expands and occupies the microwave space."
What is the probable explanation for the expansion of Ivory soap when heated?
(1 point)
Responses
The air pockets within the soap become heated, prompting an increase in the quantity of soap particles.
The air pockets within the soap become heated, prompting an increase in the quantity of soap particles.
The rise in temperature induces a chemical reaction that produces additional soap.
The rise in temperature induces a chemical reaction that produces additional soap.
The volume of gas within the space of the Ivory soap expands as the temperature rises.
The volume of gas within the space of the Ivory soap expands as the temperature rises.
The molecules within Ivory soap undergo expansion as the temperature rises.
What is the probable explanation for the expansion of Ivory soap when heated?
(1 point)
Responses
The air pockets within the soap become heated, prompting an increase in the quantity of soap particles.
The air pockets within the soap become heated, prompting an increase in the quantity of soap particles.
The rise in temperature induces a chemical reaction that produces additional soap.
The rise in temperature induces a chemical reaction that produces additional soap.
The volume of gas within the space of the Ivory soap expands as the temperature rises.
The volume of gas within the space of the Ivory soap expands as the temperature rises.
The molecules within Ivory soap undergo expansion as the temperature rises.
Answers
GPT-4o mini
The most probable explanation for the expansion of Ivory soap when heated is:
**The volume of gas within the space of the Ivory soap expands as the temperature rises.**
This response effectively captures the physical changes occurring during the heating process, specifically the expansion of air pockets or gases trapped within the soap matrix, which leads to the overall increase in volume and the observable puffing effect.
**The volume of gas within the space of the Ivory soap expands as the temperature rises.**
This response effectively captures the physical changes occurring during the heating process, specifically the expansion of air pockets or gases trapped within the soap matrix, which leads to the overall increase in volume and the observable puffing effect.