Select the incorrect statement regarding imbibition.

Options

A. Imbibition is the phenomenon of adsorption of water or any other liquid without forming solution
B. The liquid which is imbibed is called as imbibate.
C. There occus a decrease in volume of imbibant during imbibition.
D. water is absorbed by germinating seeds through imbibtion.

Explanation

To solve the question regarding the incorrect statement about imbibition, we will analyze each option provided. Here’s a step-by-step breakdown:

### Step 1: Understand Imbibition
Imbibition is the process by which water is absorbed by solids, causing them to swell. This phenomenon is crucial in the germination of seeds and other biological processes.

### Step 2: Analyze the Statements
1. **Statement 1**: Imbibition is the phenomenon of adsorption of water on any other liquid without forming a solution.
- **Analysis**: This statement is true. Imbibition involves the absorption of water by solid materials without forming a solution.

2. **Statement 2**: The liquid which is imbibed is called as imbibate.
- **Analysis**: This statement is also true. The term 'imbibate' refers to the liquid that is absorbed during the imbibition process.

3. **Statement 3**: There occurs a decrease in volume of imbibant during imbibition.
- **Analysis**: This statement is incorrect. During imbibition, the volume of the imbibant (the solid that absorbs water) actually increases due to the absorption of water.

4. **Statement 4**: Water is absorbed by germinating seeds through imbibition.
- **Analysis**: This statement is true. Germinating seeds absorb water through imbibition, which is essential for the germination process.

### Step 3: Identify the Incorrect Statement
From the analysis, we can conclude that the incorrect statement is:
- **There occurs a decrease in volume of imbibant during imbibition.** This is incorrect because the volume of the imbibant increases as it absorbs water.

### Final Answer
The incorrect statement regarding imbibition is: **There occurs a decrease in volume of imbibant during imbibition.**

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