### Problem Breakdown
1. Identify the role of each option in terms of H$^+$ ion absorption.
2. Determine which type of chemical is known for absorbing H$^+$ ions.

### Relevant Concepts
- **Acids**: Substances that release H$^+$ ions in solution.
- **Bases**: Substances that can accept H$^+$ ions from a solution.
- **Neutral substances**: Typically do not affect H$^+$ concentrations.
- **Radioactive substances**: Typically unrelated to acid-base chemistry in terms of ion absorption.

### Analysis and Detail
- **Acids**: By definition, acids increase the concentration of H$^+$ in a solution and do not absorb them.
- **Bases**: Bases are characterized by their ability to accept H$^+$ ions, making them capable of reducing the concentration of H$^+$ in a solution.
- **Neutral**: Neutral substances do not have the capacity to absorb H$^+$ ions or alter the pH significantly.
- **Radioactive**: The term radioactive refers to the decay of unstable atoms and does not imply any ability to absorb ions.

### Verify and Summarize
The only category that effectively absorbs (or neutralizes) H$^+$ ions from a solution is bases.

### Final Answer
**Baser**

Question

### Problem Breakdown
1. Identify the role of each option in terms of H$^+$ ion absorption.
2. Determine which type of chemical is known for absorbing H$^+$ ions.

### Relevant Concepts
- **Acids**: Substances that release H$^+$ ions in solution.
- **Bases**: Substances that can accept H$^+$ ions from a solution.
- **Neutral substances**: Typically do not affect H$^+$ concentrations.
- **Radioactive substances**: Typically unrelated to acid-base chemistry in terms of ion absorption.

### Analysis and Detail
- **Acids**: By definition, acids increase the concentration of H$^+$ in a solution and do not absorb them.
- **Bases**: Bases are characterized by their ability to accept H$^+$ ions, making them capable of reducing the concentration of H$^+$ in a solution.
- **Neutral**: Neutral substances do not have the capacity to absorb H$^+$ ions or alter the pH significantly.
- **Radioactive**: The term radioactive refers to the decay of unstable atoms and does not imply any ability to absorb ions.

### Verify and Summarize
The only category that effectively absorbs (or neutralizes) H$^+$ ions from a solution is bases.

### Final Answer
**Baser**

Knowee AI · Accepted Answer

### Problem Breakdown
1. Identify the role of each option in terms of H$^+$ ion absorption.
2. Determine which type of chemical is known for absorbing H$^+$ ions.

### Relevant Concepts
- **Acids**: Substances that release H$^+$ ions in solution.
- **Bases**: Substances that can accept H$^+$ ions from a solution.
- **Neutral substances**: Typically do not affect H$^+$ concentrations.
- **Radioactive substances**: Typically unrelated to acid-base chemistry in terms of ion absorption.

### Analysis and Detail
- **Acids**: By definition, acids increase the concentration of H$^+$ in a solution and do not absorb them.
- **Bases**: Bases are characterized by their ability to accept H$^+$ ions, making them capable of reducing the concentration of H$^+$ in a solution.
- **Neutral**: Neutral substances do not have the capacity to absorb H$^+$ ions or alter the pH significantly.
- **Radioactive**: The term radioactive refers to the decay of unstable atoms and does not imply any ability to absorb ions.

### Verify and Summarize
The only category that effectively absorbs (or neutralizes) H$^+$ ions from a solution is bases.

### Final Answer
**Baser**

What type of chemical can absorb H+ ions from a solution?Multiple choice question.neutralacidbaseradioactive

Question

What type of chemical can absorb H+ ions from a solution?

Solution

Problem Breakdown

Relevant Concepts

Analysis and Detail

Verify and Summarize

Final Answer

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