Hydrogen bond is formed between hydrogen atoms and highly electronegative elements It is of two types -intermolecular and intramolecualar It is a weaker bond than ionic, covalent and metallic bonds
The number of hydrogen bonds in `H_(9)O_(4)^(o+)` species is .

Options

A. `2`
B. `3`
C. `4`
D. `1`

Explanation

To determine the number of hydrogen bonds in the \( H_9O_4^{o+} \) species, we can follow these steps:

### Step 1: Understand the Composition of \( H_9O_4^{o+} \)
The species \( H_9O_4^{o+} \) consists of 9 hydrogen atoms and 4 oxygen atoms. The presence of multiple hydrogen and oxygen atoms suggests that hydrogen bonding can occur.

**Hint:** Identify the number of hydrogen and oxygen atoms in the species.

### Step 2: Identify the Potential for Hydrogen Bonding
Hydrogen bonds typically form between hydrogen atoms and highly electronegative elements such as oxygen. In this case, the oxygen atoms in \( H_9O_4^{o+} \) can form hydrogen bonds with the hydrogen atoms.

**Hint:** Recall that hydrogen bonds occur between hydrogen and electronegative atoms.

### Step 3: Visualize the Structure
To visualize the hydrogen bonding, we can draw a simple structure of \( H_9O_4^{o+} \). Each oxygen atom can bond with hydrogen atoms, and we need to consider how these atoms can interact with each other to form hydrogen bonds.

**Hint:** Sketch the arrangement of hydrogen and oxygen atoms to see how they can bond.

### Step 4: Count the Hydrogen Bonds
In the structure, each oxygen atom can form hydrogen bonds with hydrogen atoms from other molecules or even from the same molecule. By analyzing the arrangement, we can count the number of hydrogen bonds formed.

1. The first oxygen can form a bond with two hydrogen atoms.
2. The second oxygen can also form a bond with two hydrogen atoms.
3. The third and fourth oxygen atoms can similarly form bonds.

From the visualized structure, we can see that there are three distinct hydrogen bonds formed.

**Hint:** Keep track of each hydrogen bond as you visualize the interactions.

### Step 5: Conclusion
After counting the hydrogen bonds, we find that there are a total of **three hydrogen bonds** in the \( H_9O_4^{o+} \) species.

**Final Answer:** The number of hydrogen bonds in \( H_9O_4^{o+} \) is **3**.