the given chemical reaction summarizes the process of photosynthesis in which plants produce glucose using…
the given chemical reaction summarizes the process of photosynthesis in which plants produce glucose using light. 6co₂ + 12h₂o + light → c₆h₁₂o₆ + 6o₂ + 6h₂o identify the number of each type of atom in the reactants and products for this balanced equation. c atoms in the reactants: h atoms in the reactants: o atoms in the reactants: c atoms in the products: h atoms in the products: c atoms in the products:
Answer
Explanation:
Step1: Calculate C atoms in reactants
In $6CO_2$, the number of C atoms is $6\times1 = 6$.
Step2: Calculate H atoms in reactants
In $12H_2O$, the number of H atoms is $12\times2=24$.
Step3: Calculate O atoms in reactants
In $6CO_2$, there are $6\times2 = 12$ O - atoms, and in $12H_2O$, there are $12\times1 = 12$ O - atoms. So, the total number of O atoms in reactants is $12 + 12=24$.
Step4: Calculate C atoms in products
In $C_6H_{12}O_6$, the number of C atoms is 6.
Step5: Calculate H atoms in products
In $C_6H_{12}O_6$, there are 12 H - atoms, and in $6H_2O$, there are $6\times2 = 12$ H - atoms. So, the total number of H atoms in products is $12+12 = 24$.
Step6: Calculate O atoms in products
In $C_6H_{12}O_6$, there are 6 O - atoms, in $6O_2$ there are $6\times2 = 12$ O - atoms, and in $6H_2O$ there are $6\times1 = 6$ O - atoms. So, the total number of O atoms in products is $6 + 12+6=24$.
Answer:
C atoms in the reactants: 6 H atoms in the reactants: 24 O atoms in the reactants: 24 C atoms in the products: 6 H atoms in the products: 24 O atoms in the products: 24