`4AgNO_(3) + underset(dry)(2Cl_2) to 4X + 2Y + Z`
In the above sequence of reaction y and z are respectively.

Options

A. `NO_(2) and N_2O_4`
B. `N_2O_5, O_2`
C. `AgCl and O_2`
D. `AgCl, N_2`

Answer

To solve the given reaction \( 4AgNO_3 + \text{(dry)} \, 2Cl_2 \to 4X + 2Y + Z \) and identify the products Y and Z, we can follow these steps:

### Step 1: Identify the Reactants
The reactants in the equation are:
- Silver nitrate (\( AgNO_3 \))
- Chlorine gas (\( Cl_2 \))

### Step 2: Determine the Reaction Products
When silver nitrate reacts with chlorine, the expected products are:
- Silver chloride (\( AgCl \))
- Nitrogen pentoxide (\( N_2O_5 \))
- Oxygen gas (\( O_2 \))

### Step 3: Write the Balanced Equation
To balance the reaction, we can write:
\[ 4AgNO_3 + 2Cl_2 \to 4AgCl + 2N_2O_5 + O_2 \]

### Step 4: Identify Y and Z
From the balanced equation:
- \( Y \) corresponds to \( N_2O_5 \) (2 moles)
- \( Z \) corresponds to \( O_2 \) (1 mole)

Thus, we can conclude:
- \( Y = N_2O_5 \)
- \( Z = O_2 \)

### Final Answer
The products Y and Z are:
- \( Y = N_2O_5 \)
- \( Z = O_2 \)