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Balance the following chemical reactions...

Balance the following chemical reactions
`H_(2)S+SO_(2)rarrS+H_(2)O`

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To balance the chemical reaction \( H_2S + SO_2 \rightarrow S + H_2O \), we will follow these steps: ### Step 1: Write down the unbalanced equation The unbalanced equation is: \[ H_2S + SO_2 \rightarrow S + H_2O \] ### Step 2: Count the number of atoms of each element on both sides - **Reactants:** - H: 2 (from \( H_2S \)) - S: 2 (1 from \( H_2S \) and 1 from \( SO_2 \)) - O: 2 (from \( SO_2 \)) - **Products:** - H: 2 (from \( H_2O \)) - S: 1 (from \( S \)) - O: 1 (from \( H_2O \)) ### Step 3: Balance the oxygen atoms On the reactants side, we have 2 oxygen atoms from \( SO_2 \) and on the products side, we have 1 oxygen atom from \( H_2O \). To balance the oxygen, we can multiply \( H_2O \) by 2: \[ H_2S + SO_2 \rightarrow S + 2H_2O \] ### Step 4: Recount the atoms after balancing oxygen - **Reactants:** - H: 2 - S: 2 - O: 2 - **Products:** - H: 4 (from \( 2H_2O \)) - S: 1 - O: 2 ### Step 5: Balance the hydrogen atoms Now we have 4 hydrogen atoms on the products side and only 2 on the reactants side. To balance the hydrogen, we need to multiply \( H_2S \) by 2: \[ 2H_2S + SO_2 \rightarrow S + 2H_2O \] ### Step 6: Recount the atoms after balancing hydrogen - **Reactants:** - H: 4 (from \( 2H_2S \)) - S: 2 (from \( 2H_2S \) and \( SO_2 \)) - O: 2 (from \( SO_2 \)) - **Products:** - H: 4 (from \( 2H_2O \)) - S: 1 (from \( S \)) - O: 2 (from \( 2H_2O \)) ### Step 7: Balance the sulfur atoms Now we have 2 sulfur atoms on the reactants side (1 from \( 2H_2S \) and 1 from \( SO_2 \)) and only 1 sulfur atom on the products side. To balance the sulfur, we can multiply \( S \) by 2: \[ 2H_2S + SO_2 \rightarrow 2S + 2H_2O \] ### Step 8: Final recount of atoms - **Reactants:** - H: 4 (from \( 2H_2S \)) - S: 3 (2 from \( 2H_2S \) and 1 from \( SO_2 \)) - O: 2 (from \( SO_2 \)) - **Products:** - H: 4 (from \( 2H_2O \)) - S: 2 (from \( 2S \)) - O: 2 (from \( 2H_2O \)) ### Step 9: Final balanced equation The final balanced equation is: \[ 2H_2S + SO_2 \rightarrow 2S + 2H_2O \]

To balance the chemical reaction \( H_2S + SO_2 \rightarrow S + H_2O \), we will follow these steps: ### Step 1: Write down the unbalanced equation The unbalanced equation is: \[ H_2S + SO_2 \rightarrow S + H_2O \] ### Step 2: Count the number of atoms of each element on both sides - **Reactants:** ...
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CENGAGE CHEMISTRY ENGLISH-REDOX REACTIONS-Ex 2.2
  1. Indicate the species which are oxidised and reduced in the following r...

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  2. What is the oxidation stae of Cl in (a) CrO(2)Cl(2) , (b) HClO(4)

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  3. Balance the following half-reactions in acidic medium: (a) IO(3)^(Ө)...

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  4. Write balanced redox reactions for each of the following reactions: ...

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  5. Balance the following chemical reactions H(2)S+SO(2)rarrS+H(2)O

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  6. Write balanced ionoic half equation (oxidation and reduction) for each...

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  7. Balance the following half reactions in basis medium: (a) CrO(4)^(2-...

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  8. Write balanced net ionic equations for the following reactions in basi...

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  9. Balanced the following equations: H(2)O(2)+H^(o+)+Fe^(2+)rarr H(2)O+...

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  10. For the redox reaction: Cr(2)O(7)^(2-)+H^(o+)+NirarrCr^(3+)+Ni^(2)+H...

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  11. SO(2) under atomspheric condition changes to SO(x)^(2-). If oxidation ...

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  12. Whichd of the following can act as oxidising as well as reducing agent...

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  13. Sulphur has highest oxidation state in

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  14. The number of electrons involved in the reduction of nitrate (NO(3)^(ө...

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  15. What is the oxidation state of P in Ba (H(2)PO(2))(2) ?

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  16. Which of the following a disproportional reactions?

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  17. In balancing the half reaction CN^(ө)rarrCNO^(ө)(skeltan) The numb...

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  18. Which of the following changes requires a reducing agent ?

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