An organic compound answers Molisch's test as well as Benedict's test. But it does not answer Scliwanoff's test. Most probably, it is

Options

A. Sucrose
B. Protein
C. Fructose
D. Maltose

Answer

To solve the question, we need to analyze the information provided about the organic compound in relation to the tests it responds to.

### Step-by-Step Solution:

1. **Understanding the Tests**:
- **Molisch's Test**: This test is used to detect the presence of carbohydrates. A positive result indicates that the compound is likely a carbohydrate.
- **Benedict's Test**: This test is used to identify reducing sugars. A positive result means that the compound can reduce copper ions, indicating the presence of a reducing sugar.
- **Seliwanoff's Test**: This test differentiates between aldoses and ketoses. A positive result indicates the presence of a ketose, while a negative result suggests the compound is an aldose or does not contain a ketone group.

2. **Analyzing the Given Information**:
- The compound gives positive results for both Molisch's and Benedict's tests. This suggests that the compound is a carbohydrate and a reducing sugar.
- The compound does not give a positive result for Seliwanoff's test. This indicates that the compound is likely not a ketose.

3. **Identifying the Compound**:
- Since the compound is a carbohydrate (from Molisch's test) and a reducing sugar (from Benedict's test), but does not respond to Seliwanoff's test, it is likely a disaccharide that is not a ketose.
- One common disaccharide that fits this description is **Maltose**. Maltose is composed of two glucose units and is a reducing sugar. It gives positive results for both Molisch's and Benedict's tests but does not react in Seliwanoff's test.

4. **Conclusion**:
- Therefore, the organic compound is most probably **Maltose**.

### Final Answer:
The organic compound is most probably **Maltose**.