Match every equation with its type. -Mg + HBr $\rightarrow$ MgBr₂ + H₂

Question

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Mg + HBr $\rightarrow$ MgBr₂ + H₂ To match this equation with its type, let's first define each type of reaction: A) Combination - This is a reaction where two or more substances combine to form a single product. B) Double replacement - This is a reaction where the components of two compounds switch places to form two new compounds. C) Decomposition - This is a reaction where a single compound breaks down into two or more simpler substances. D) Combustion - This is a reaction where a substance combines with oxygen, releasing heat and light, typically involving hydrocarbons. Now, let's analyze the given equation: Mg (magnesium) is reacting with HBr (hydrobromic acid) to form MgBr2 (magnesium bromide) and H2 (hydrogen gas). In this reaction, magnesium is replacing the hydrogen in hydrobromic acid, and hydrogen is being released as a separate element. This is a classic example of a single replacement reaction, which is not listed in the options provided. However, since we need to match the given equation with one of the provided types, the closest match would be: B) Double replacement This is not technically correct, as it is a single replacement reaction, but given the options, it is the best fit. Double replacement reactions typically involve two ionic compounds in solution exchanging ions to form two new compounds, which is not exactly what's happening here, but it is a replacement reaction nonetheless. The correct answer, if it were an option, would be: E) Single replacement Since "Single replacement" is not provided as an option, and we must choose from the given types, we would have to select "Double replacement" (B) by process of elimination, even though it is not the accurate classification for this reaction.

Match Every Equation with Its Type →\rightarrow→ MgBr2 + H2 A)Combination B)Double Replacement C)Decomposition D)Combustion

Match Every Equation with Its Type $\rightarrow$ MgBr₂ + H₂
A)Combination
B)Double Replacement
C)Decomposition
D)Combustion