6. volcanoes on jupiters moons emit hydrogen sulfide gas and sulfur dioxide gas. these gases react to form…

6. volcanoes on jupiters moons emit hydrogen sulfide gas and sulfur dioxide gas. these gases react to form gaseous products, as represented by the following equation. 16h₂s(g) + 8so₂(g) → 16h₂o(g) + 3s₈(g) which of the following rows identifies the reducing agent and the substance being oxidized when the gases react? select one: reducing agent: h2s(g), substance being oxidized: h2s(g) reducing agent: so2(g), substance being oxidized: h2s(g) reducing agent: h2s(g), substance being oxidized: so2(g) reducing agent: so2(g), substance being oxidized: so2(g)

6. volcanoes on jupiters moons emit hydrogen sulfide gas and sulfur dioxide gas. these gases react to form gaseous products, as represented by the following equation. 16h₂s(g) + 8so₂(g) → 16h₂o(g) + 3s₈(g) which of the following rows identifies the reducing agent and the substance being oxidized when the gases react? select one: reducing agent: h2s(g), substance being oxidized: h2s(g) reducing agent: so2(g), substance being oxidized: h2s(g) reducing agent: h2s(g), substance being oxidized: so2(g) reducing agent: so2(g), substance being oxidized: so2(g)

Answer

Explanation:

Step1: Recall definition of reducing agent

A reducing agent is a substance that donates electrons and gets oxidized in a chemical reaction.

Step2: Analyze oxidation - state changes

In the reaction (16H_2S(g)+8SO_2(g)\rightarrow16H_2O(g) + 3S_8(g)), in (H_2S), the sulfur has an oxidation - state of - 2. In the product (S_8), the oxidation - state of sulfur is 0. Sulfur in (H_2S) is oxidized. Since (H_2S) is oxidized, it is the reducing agent. The substance being oxidized is also (H_2S).

Answer:

Reducing Agent: (H_2S(g)), Substance Being Oxidized: (H_2S(g))