A balloon is filled with helium gas. Select the letter of the balloon diagram that corresponds to the given change in conditions. Initial Volume B The balloon is put into a chamber whose pressure is less than the atmospheric pressure and at room temperature.

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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A balloon is put into a chamber whose pressure is less than the atmospheric pressure and at room temperature.

- ○ A
- ○ B
- ○ C
- ○ A and B
- ○ B and C
Transcribed Image Text:A balloon is put into a chamber whose pressure is less than the atmospheric pressure and at room temperature. - ○ A - ○ B - ○ C - ○ A and B - ○ B and C
**Title**: Understanding Gas Behavior with Helium Balloons

**Introduction to Gas Behavior:**

A balloon is filled with helium gas. The task is to select the letter of the balloon diagram that corresponds to the given change in conditions.

**Initial Scenario:**

- **Initial Volume**: The original size of the balloon before any changes in environmental conditions.

**Diagrams Explanation:**

- **Diagram A**: Depicts a smaller balloon compared to the initial volume, indicating a reduction in size.
- **Diagram B**: Shows a balloon slightly smaller than the initial volume, but larger than in Diagram A.
- **Diagram C**: Illustrates a balloon larger than its initial size.

**Condition Change:**

- The balloon is put into a chamber where the pressure is less than atmospheric pressure, while maintaining room temperature.

**Concept Explanation:**

When a balloon is placed in an environment with lower pressure than the atmosphere, it will expand. This is due to the decrease in external pressure, allowing the helium gas inside the balloon to occupy a larger volume as per Boyle’s Law, which states that the volume of a gas is inversely proportional to its pressure when temperature is constant.

Therefore, under these conditions, the correct diagram that represents the balloon's change in size would be **Diagram C**, where the balloon has expanded.
Transcribed Image Text:**Title**: Understanding Gas Behavior with Helium Balloons **Introduction to Gas Behavior:** A balloon is filled with helium gas. The task is to select the letter of the balloon diagram that corresponds to the given change in conditions. **Initial Scenario:** - **Initial Volume**: The original size of the balloon before any changes in environmental conditions. **Diagrams Explanation:** - **Diagram A**: Depicts a smaller balloon compared to the initial volume, indicating a reduction in size. - **Diagram B**: Shows a balloon slightly smaller than the initial volume, but larger than in Diagram A. - **Diagram C**: Illustrates a balloon larger than its initial size. **Condition Change:** - The balloon is put into a chamber where the pressure is less than atmospheric pressure, while maintaining room temperature. **Concept Explanation:** When a balloon is placed in an environment with lower pressure than the atmosphere, it will expand. This is due to the decrease in external pressure, allowing the helium gas inside the balloon to occupy a larger volume as per Boyle’s Law, which states that the volume of a gas is inversely proportional to its pressure when temperature is constant. Therefore, under these conditions, the correct diagram that represents the balloon's change in size would be **Diagram C**, where the balloon has expanded.
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