Maximum and minimum imbibing capacity is found in

Options

A. Agar ` gt` Protien `gt ` Starch `gt` Cellulose
B. Agar ` gt ` Cellulose `gt ` Protein `gt` Starch `gt` Pectin `gt` Fat
C. Cellulose `gt` Agar `gt ` Starch `gt` Pectin `gt` Fat `gt ` Protein
D. Cellulose `gt` Protein` gt ` Pectin `gt` Fat `gt` Starch `gt` Agar .

Answer

To solve the question regarding the maximum and minimum imbibing capacity found in various substances, we can follow these steps:

### Step-by-Step Solution:

1. **Understand Imbibation**:
- Imbibation is the process where solid substances (known as imbibants) absorb water or liquid (known as imbibates), resulting in an increase in the volume of the solid.

2. **Identify the Compounds**:
- The question provides four options that include different organic compounds: agar, protein, starch, cellulose, pectin, and fats.

3. **Determine Maximum Imbibing Capacity**:
- Among the listed compounds, agar is known to have the highest imbibing capacity, capable of absorbing up to 99% of its volume.

4. **Determine Minimum Imbibing Capacity**:
- Cellulose is recognized for having the lowest imbibing capacity among the options provided.

5. **Evaluate the Options**:
- Now we will analyze the provided options:
- **Option 1**: Agar followed by protein, starch, and cellulose.
- **Option 2**: Agar followed by cellulose, protein, and starch.
- **Option 3**: Cellulose followed by agar, starch, pectin, fat, and protein.
- **Option 4**: Cellulose followed by protein, pectin, fat, starch, and agar.
- Since agar has the maximum imbibing capacity and cellulose has the minimum, we can eliminate options that incorrectly place cellulose as having a higher capacity than proteins or starch.

6. **Select the Correct Option**:
- Option 1 correctly states that agar has the maximum imbibing capacity followed by protein, starch, and cellulose having the minimum.
- Therefore, **Option 1** is the correct answer.

### Final Answer:
**Maximum imbibing capacity is found in agar, and minimum imbibing capacity is found in cellulose.**

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