Elodea is an aquatic plant that performs phot | vedclass

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(B) The balanced chemical equation is: $6CO_{2(g)} + 6H_2O_{(l)} 	o C_6H_{12}O_{6(aq)} + 6O_{2(g)}$.According to the stoichiometry,$6 \, moles$ of $C

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$0.22$

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(B) The balanced chemical equation is: $6CO_{2(g)} + 6H_2O_{(l)} 	o C_6H_{12}O_{6(aq)} + 6O_{2(g)}$.According to the stoichiometry,$6 \, moles$ of $CO_2$ produce $6 \, moles$ of $O_2$,which means $1 \, mole$ of $CO_2$ produces $1 \, mole$ of $O_2$.At $STP$,$1 \, mole$ of any gas occupies $22400 \, mL$.$112 \, mL$ of $O_2$ corresponds to $\frac{112}{22400} = 0.005 \, moles$ of $O_2$.Since the molar ratio is $1:1$,$0.005 \, moles$ of $CO_2$ are required.The molar mass of $CO_2$ is $44 \, g/mol$.Mass of $CO_2 = 0.005 \, mol 	imes 44 \, g/mol = 0.22 \, g$.

$Elodea$ is an aquatic plant that performs photosynthesis in water. The photosynthesis reaction is given by: $6CO_{2(g)} + 6H_2O_{(l)} \to C_6H_{12}O_{6(aq)} + 6O_{2(g)}$. Calculate the mass of $CO_2$ in $g$ required to produce $112 \, mL$ of oxygen at $STP$.

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