Total number of `P-O-P` bonds present in `P_(4)O_(10)` is

Answer

To determine the total number of P-O-P bonds present in \( P_4O_{10} \), we can follow these steps:

### Step 1: Understand the structure of \( P_4O_{10} \)
- \( P_4O_{10} \) is a molecular compound consisting of phosphorus (P) and oxygen (O). It is known as phosphorus pentoxide.
- The molecular formula indicates that there are 4 phosphorus atoms and 10 oxygen atoms.

### Step 2: Identify the bonding in \( P_4O_{10} \)
- In the structure of \( P_4O_{10} \), phosphorus atoms are bonded to oxygen atoms.
- Each phosphorus atom can form bonds with oxygen atoms, and some of these bonds will be P-O-P bonds.

### Step 3: Count the P-O-P bonds
- To find the total number of P-O-P bonds, we can visualize the structure of \( P_4O_{10} \) or refer to its known structural representation.
- The structure typically shows that each phosphorus atom is connected to other phosphorus atoms through oxygen atoms.

### Step 4: Visualize the connections
- In the structure, we can see that there are multiple P-O-P linkages.
- By counting these linkages, we can determine the total number of P-O-P bonds.

### Step 5: Final count
- After analyzing the structure, we find that there are a total of 6 P-O-P bonds in \( P_4O_{10} \).

### Conclusion
The total number of P-O-P bonds present in \( P_4O_{10} \) is **6**.

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