QuestionMay 27, 2025

Consider the following reaction: H_(2)(g)arrow 2H(g) To accomplish this, does this process take energy or release energy? Takes energy to do this This process releases energy.

Consider the following reaction: H_(2)(g)arrow 2H(g) To accomplish this, does this process take energy or release energy? Takes energy to do this This process releases energy.
Consider the following reaction:
H_(2)(g)arrow 2H(g)
To accomplish this, does this process take energy or release energy?
Takes energy to do this
This process releases energy.

Solution
4.5(147 votes)

Answer

Takes energy to do this Explanation 1. Analyze the Reaction Type The reaction involves breaking a bond in H_2(g) to form two separate hydrogen atoms, 2H(g). Breaking bonds requires energy input. 2. Determine Energy Requirement Bond dissociation is an endothermic process. Energy is absorbed to overcome the attractive forces between atoms in a molecule.

Explanation

1. Analyze the Reaction Type<br /> The reaction involves breaking a bond in $H_2(g)$ to form two separate hydrogen atoms, $2H(g)$. Breaking bonds requires energy input.<br /><br />2. Determine Energy Requirement<br /> Bond dissociation is an endothermic process. Energy is absorbed to overcome the attractive forces between atoms in a molecule.
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