Which general equation shows a single-displacement reaction? A. $$ A X+B Y \rightarrow A Y+B X $$ B. $$ A+B X \rightarrow A X+B $$ C. $$ B X \rightarrow B+X $$ D. $$ A+Y \rightarrow A Y $$

Question

UpStudy AI · Accepted Answer

A single-displacement (or single-replacement) reaction involves one element replacing another in a compound. The general form of such a reaction is:

$$ \text{A} + \text{BC} \rightarrow \text{AC} + \text{B} $$

Let's analyze the given options:

- **Option A:** $$ A X + B Y \rightarrow A Y + B X $$
  - This represents a **double-displacement** reaction, where elements X and Y are swapped between compounds AX and BY.

- **Option B:** $$ A + B X \rightarrow A X + B $$
  - This matches the single-displacement format. Here, element A displaces element B from compound B$$X$$, forming A$$X$$ and releasing B.

- **Option C:** $$ B X \rightarrow B + X $$
  - This is a **decomposition** reaction, where compound BX breaks down into elements B and X.

- **Option D:** $$ A + Y \rightarrow A Y $$
  - This is a **combination** reaction, where elements A and Y combine to form compound AY.

**Therefore, the correct answer is:**

**Answer:**  
**B. $$ A+B X \rightarrow A X+B $$**
The correct general equation for a single-displacement reaction is $$ A + B X \rightarrow A X + B $$.

Which general equation shows a single-displacement reaction?
A.
B.
C.
D.

Upstudy AI Solution

Answer

Solution

Mind Expander

Related Questions

Latest Chemistry Questions

Which general equation shows a single-displacement reaction? A. B. C. D.