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The E^(@) values of redox complex of hal...

The `E^(@)` values of redox complex of halogens are given. Based on these values mark the correct statement.
`E_(I_(2)//CI^(-))^(@)=+0.54V, E_(Br_(2)//Br^(-))^(@)=+1.08V`,
`E_(Cl_(2)//Cl^(-))^(@)=+1.36V`, (A)Chlorine can displace bromine and iodine from their salt solutions. (B)Chlorine can only displace iodine from its salt solution. (C)Bromine can displace chlorine from its salt solution. (D)Iodine can displace chlorine and bromine from their salt solutions

A

Chlorine can displace bromine and iodine from their salt solutions.

B

Chlorine can only displace iodine from its salt solution.

C

Bromine can displace chlorine from its salt solution.

D

Iodine can displace chlorine and bromine from their salt solutions.

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The correct Answer is:
To solve the question, we need to analyze the standard reduction potentials (E°) of the halogens provided: 1. **Given Data:** - \( E°(I_2 / I^-) = +0.54 \, V \) - \( E°(Br_2 / Br^-) = +1.08 \, V \) - \( E°(Cl_2 / Cl^-) = +1.36 \, V \) 2. **Understanding Reduction Potentials:** - The higher the standard reduction potential, the more likely the substance is to be reduced (gain electrons). - In terms of reactivity, a halogen with a higher reduction potential can displace a halogen with a lower reduction potential from its salt solution. 3. **Comparing the Reduction Potentials:** - Chlorine (\( Cl_2 \)) has the highest reduction potential (+1.36 V), followed by bromine (\( Br_2 \)) (+1.08 V), and iodine (\( I_2 \)) has the lowest (+0.54 V). - This indicates that: - Chlorine can displace both bromine and iodine from their salt solutions. - Bromine can only displace iodine but cannot displace chlorine. - Iodine cannot displace either chlorine or bromine from their salt solutions. 4. **Evaluating the Options:** - (A) Chlorine can displace bromine and iodine from their salt solutions. **(True)** - (B) Chlorine can only displace iodine from its salt solution. **(False)** - (C) Bromine can displace chlorine from its salt solution. **(False)** - (D) Iodine can displace chlorine and bromine from their salt solutions. **(False)** 5. **Conclusion:** - The correct statement is (A): Chlorine can displace bromine and iodine from their salt solutions.

To solve the question, we need to analyze the standard reduction potentials (E°) of the halogens provided: 1. **Given Data:** - \( E°(I_2 / I^-) = +0.54 \, V \) - \( E°(Br_2 / Br^-) = +1.08 \, V \) - \( E°(Cl_2 / Cl^-) = +1.36 \, V \) 2. **Understanding Reduction Potentials:** ...
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NCERT FINGERTIPS ENGLISH-REDOX REACTIONS-MCQs (REDOX REACTIONS AND ELECTRODE PROCESSES)
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  2. What will be the products of electrolysis of AgNO(3) solution in water...

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  3. In an oxidation proces for a cell, M(1)rarr M(1)^(n+)+n e^(-), t...

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  4. Which of the following reactions takes place at anode ?

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  5. Which of the following will act as cathode when connected to standard ...

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  6. Which of the following reaction does not take place at cathode ?

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  7. Based on the following reactions, arrange the metals in increasing ord...

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  8. Which of the following is not a correct statement about electrochemica...

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  9. The solution in a beaker turns blue if

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  10. The standard electrode potential a Ag^(+)//Ag is +0.80 V and of Cu^(2+...

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  11. The E^(@) values of redox complex of halogens are given. Based on thes...

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  12. Arrange the following metals in the order in which they displace easy ...

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  13. Arrange the following metals in increasing order of their reducing po...

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  14. A metal X displaces nickel from nickel sulphate solution but does not ...

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  15. Given E(Ag^(+)//Ag)^(@)=+0.80 V, E(Cu^(2+)//Cu)^(@)=+0.34 V, E(Fe^(3+)...

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  16. निम्नलिखित आयनो को इलेक्ट्रॉन ग्रहण करने की बढ़ती क्षमता के क्रम में लि...

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  17. What will be the order of decreasing reducing nature for the given met...

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  18. Which of the following is the strongest oxidizing agent ?

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  19. Fluorine is the best oxidising agent because it has

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  20. Which of the following halides is most acidic ?

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