In mango and coconut, the fruits develops from-

Options

A. Monocarpellary superior ovaries and one seeded
B. Monocarpellary inferior ovaries and are many seeded
C. Bicarpellary superior ovaries and is one seeded
D. Bicarpellary superior ovaries and are many seeded

Answer

To answer the question regarding the development of fruits in mango and coconut, we can break down the information step by step.

### Step 1: Identify the type of ovary
In both mango and coconut, the fruits develop from a superior ovary. This means that the ovary is positioned above the attachment of other floral parts.

**Hint:** Look for the position of the ovary in relation to other flower parts to determine if it is superior or inferior.

### Step 2: Determine the carpillary structure
Mango and coconut are both classified as having a syncarpous structure. This means that the carpels (the female reproductive structures) are fused together to form a single ovary.

**Hint:** Remember that "syncarpous" refers to multiple carpels that are fused, while "apocarpous" refers to separate carpels.

### Step 3: Identify the number of carpels
The fruits of mango and coconut can be described as mono or multi-carpillary. In mango, there is typically one ovary with multiple carpels, while in coconut, the fruit develops from a single ovary that can also be considered multi-carpillary.

**Hint:** Count the number of carpels in the ovary to determine if it is mono or multi-carpillary.

### Step 4: Conclude the type of fruit
The fruits of mango and coconut are classified as one-seeded due to the development of a single seed from the ovary. This is a result of the fertilization process and the formation of the fruit.

**Hint:** Consider the number of seeds produced from the ovary to classify the fruit type.

### Final Answer
In conclusion, the fruits of mango and coconut develop from a mono or multi-carpillary, syncarpous, superior ovary, resulting in one-seeded fruits.

### Summary of Steps
1. Identify the ovary position (superior).
2. Determine the carpillary structure (syncarpous).
3. Identify the number of carpels (mono or multi-carpillary).
4. Conclude the type of fruit (one-seeded).