To determine which of the compounds will react with aqueous chlorine, we need to consider their reactivity with chlorine.

Chlorine is a strong oxidizing agent and can displace less reactive halogens from their compounds.

Let's analyze each compound:

I. KCl: Chlorine is more reactive than potassium, so it can displace the potassium from KCl. Therefore, KCl will react with aqueous chlorine.

II. KBr: Chlorine is more reactive than bromine, so it can displace the bromine from KBr. Therefore, KBr will also react with aqueous chlorine.

III. KI: Chlorine is less reactive than iodine, so it cannot displace iodine from KI. Therefore, KI will not react with aqueous chlorine.

In conclusion, compounds I (KCl) and II (KBr) will react with aqueous chlorine, while compound III (KI) will not.

Question

To determine which of the compounds will react with aqueous chlorine, we need to consider their reactivity with chlorine.

Chlorine is a strong oxidizing agent and can displace less reactive halogens from their compounds.

Let's analyze each compound:

I. KCl: Chlorine is more reactive than potassium, so it can displace the potassium from KCl. Therefore, KCl will react with aqueous chlorine.

II. KBr: Chlorine is more reactive than bromine, so it can displace the bromine from KBr. Therefore, KBr will also react with aqueous chlorine.

III. KI: Chlorine is less reactive than iodine, so it cannot displace iodine from KI. Therefore, KI will not react with aqueous chlorine.

In conclusion, compounds I (KCl) and II (KBr) will react with aqueous chlorine, while compound III (KI) will not.

Knowee AI · Accepted Answer

To determine which of the compounds will react with aqueous chlorine, we need to consider their reactivity with chlorine.

Chlorine is a strong oxidizing agent and can displace less reactive halogens from their compounds.

Let's analyze each compound:

I. KCl: Chlorine is more reactive than potassium, so it can displace the potassium from KCl. Therefore, KCl will react with aqueous chlorine.

II. KBr: Chlorine is more reactive than bromine, so it can displace the bromine from KBr. Therefore, KBr will also react with aqueous chlorine.

III. KI: Chlorine is less reactive than iodine, so it cannot displace iodine from KI. Therefore, KI will not react with aqueous chlorine.

In conclusion, compounds I (KCl) and II (KBr) will react with aqueous chlorine, while compound III (KI) will not.

Which of the following compounds will react with aqueous chlorine, Cl2 (aq)? I. KClII. KBrIII. KI