Question #6c173

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Question #6c173

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Answer 1 · 2017-04-07T02:41:09

See the explanation below.

Explanation:

${2H}_{2} {O + O}_{2}$ $"2H"_2"O + O"_2"$ $\to$ $rarr$ ${2H}_{2} O_{2}$ $"2H"_2"O"_2"$ $\Leftarrow$ $lArr$ $synthesis reaction$ $color(red)"synthesis reaction"$

$O_{2} + 2CO$ $"O"_2 + "2CO"$ $\to$ $rarr$ ${2CO}_{2}$ $"2CO"_2$ $\Leftarrow$ $lArr$ $synthesis reaction$ $color(red)"synthesis reaction"$

${2KClO}_{3}$ $"2KClO"_3"$ $\to$ $rarr$ ${2KCl + 3O}_{2}$ $"2KCl + 3O"_2"$ $\Leftarrow$ $lArr$ $decomposition reaction$ $color(blue)"decomposition reaction"$

Notes:
I changed the formula for the product of the first reaction to $H_{2} O_{2}$ $"H"_2"O"_2"$ . Water is not a correct product when water reacts with oxygen gas. The correct product is hydrogen peroxide.

Synthesis reactions can also be called combination reactions.

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Question #6c173

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