Question

C₆H₁₁BrN₂ + n(C₆H₁₀O₅)

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Fred

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71 Answers

To solve this chemical equation, we first need to balance the number of atoms on both sides of the equation.

Step 1: Count the number of atoms for each element on both sides of the equation.

On the left side:

- Carbon (C): 6 + n*6 = 6(1 + n)

- Hydrogen (H): 11 + n*10 = 11 + 10n

- Bromine (Br): 1

- Nitrogen (N): 2

On the right side:

- Carbon (C): 6

- Hydrogen (H): 10n

- Oxygen (O): 5n

Step 2: Set up equations based on the element counts.

Carbon: 6(1 + n) = 6

Hydrogen: 11 + 10n = 10n

Nitrogen: 2 = 0

Bromine and Oxygen are already balanced.

Step 3: Solve the equations.

From the Carbon equation:

6 + 6n = 6

6n = 0

n = 0

From the Hydrogen equation:

11 + 10(0) = 10(0)

11 = 0

This is incorrect, so there may be an issue with the original equation.

Therefore, the original equation provided might be incorrect because it does not lead to a feasible chemical reaction.

\boxed{No \ reaction}

Step 1: Count the number of atoms for each element on both sides of the equation.

On the left side:

- Carbon (C): 6 + n*6 = 6(1 + n)

- Hydrogen (H): 11 + n*10 = 11 + 10n

- Bromine (Br): 1

- Nitrogen (N): 2

On the right side:

- Carbon (C): 6

- Hydrogen (H): 10n

- Oxygen (O): 5n

Step 2: Set up equations based on the element counts.

Carbon: 6(1 + n) = 6

Hydrogen: 11 + 10n = 10n

Nitrogen: 2 = 0

Bromine and Oxygen are already balanced.

Step 3: Solve the equations.

From the Carbon equation:

6 + 6n = 6

6n = 0

n = 0

From the Hydrogen equation:

11 + 10(0) = 10(0)

11 = 0

This is incorrect, so there may be an issue with the original equation.

Therefore, the original equation provided might be incorrect because it does not lead to a feasible chemical reaction.

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