Find out the True statement-

Options

A. in dicotyledonous seed, cotyledons are often fleshy and reserve of food
B. Generally, monocotyledonous seed are non-endospermia
C. Generally, dicotyledonous seeds are non-endospermia
D. Most of the monocotyledonous seeds have fleshy cotyledons

Answer

To determine the true statement regarding endospermic and non-endospermic seeds, we can follow these steps:

### Step-by-Step Solution:

1. **Understand Seed Types**:
- Seeds can be classified into two main types: endospermic and non-endospermic.
- **Endospermic seeds**: These seeds have endosperm that remains during the development of the embryo, meaning it is not completely consumed.
- **Non-endospermic seeds**: In these seeds, the endosperm is completely consumed by the time the seed is mature.

2. **Identify Examples**:
- Generally, **dicots** are classified as non-endospermic seeds. This means that in dicot seeds, the endosperm is fully utilized during the development of the seed.
- On the other hand, **monocots** are typically endospermic seeds, where the endosperm is retained and provides nourishment to the developing embryo.

3. **Evaluate the Statements**:
- We need to evaluate the options given in the question to find the true statement.
- The statement that dicot seeds are non-endospermic is a widely accepted fact in botany.

4. **Conclusion**:
- Based on the information provided, the true statement is: "Generally, dicot seeds are non-endospermic."

### Final Answer:
- The true statement is: **Option number 3: Generally, dicot seeds are non-endospermic.**