When copper is reacted with a certain concent | vedclass

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(A) To balance the reaction $xCu + yHNO_3 	o xCu(NO_3)_2 + NO + NO_2 + 3H_2O$:$1$. Balance Copper $(Cu)$: There are $x$ atoms of $Cu$ on both sides.$

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$2$ and $6$

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(A) To balance the reaction $xCu + yHNO_3 	o xCu(NO_3)_2 + NO + NO_2 + 3H_2O$:$1$. Balance Copper $(Cu)$: There are $x$ atoms of $Cu$ on both sides.$2$. Balance Nitrogen $(N)$: The total number of $N$ atoms on the right side is $2x + 1 + 1 = 2x + 2$. Thus,$y = 2x + 2$.$3$. Balance Hydrogen $(H)$: There are $y$ atoms of $H$ on the left and $3 	imes 2 = 6$ atoms of $H$ on the right (based on $3H_2O$). So,$y = 6$.$4$. Substitute $y = 6$ into $y = 2x + 2$:$6 = 2x + 2$$4 = 2x$$x = 2$Thus,the balanced equation is $2Cu + 6HNO_3 	o 2Cu(NO_3)_2 + NO + NO_2 + 3H_2O$.

When copper is reacted with a certain concentration of nitric acid,nitric oxide and nitrogen dioxide are produced in equal volumes according to the following reaction:
$xCu + yHNO_3 \to xCu(NO_3)_2 + NO + NO_2 + 3H_2O$
What are the stoichiometric coefficients $x$ and $y$?

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When copper is reacted with a certain concentration of nitric acid,nitric oxide and nitrogen dioxide are produced in equal volumes according to the following reaction:$xCu + yHNO_3 \to xCu(NO_3)_2 + NO + NO_2 + 3H_2O$What are the stoichiometric coefficients $x$ and $y$?