Hi, I have a question and I hope anyone could answer it:
Sulphur dioxide is a reducing agent but tellurium dioxide is an oxidizing agent, why?
Sulphur dioxide is a reducing agent but tellurium dioxide is an oxidizing agent, why ?
Share
Related Questions
- examine the following output
- which of the following is a category of users?
- the effect on the basic accounting equation of performing services for cash are to
- a cycle in which a person loses weight, gains it back, and loses it again is known as
- free verse is best described as
- In which year did the Indian Citizenship Act come into existence?
- one of the biggest problems with telephone surveys is that
- the easiest way to convert your paper files into electronic files is by _______.
- which structure acts like an "invisibility cloak" and protects bacteria from being phagocytized?
- a recessive trait will be observed in individuals that are ________ for that trait.
- at the library the quickest way to locate
- a dynamic system refers to a system in which
- the harm of stereotypes are likely to be aggravated in ________.
- which statement regarding the june solstice is true?
- Name the most malleable and ductile metal .
- federalists believed a strong government would
- “The sun is shining, the flowers are in bloom, I know these are signs of a good day, but, I ...
- dod security managers use the
- how will a healthy individual’s atp production change during an eight-hour fast?
- why is the electric field inside a hollow sphere is zero ?
Answer:
Oxidation no. of sulfur changes from 0 to +4 in SO2. Due to the presence of d-orbitals(vacant), sulfur can extend its covalency & show oxidation states till +6, which is stable in sulfur (eg: SF6).
Hence it acts as a reducing agent. (PS it acts as both oxidizing and reducing agent)
Oxidation no. of Te changes from 0 to +4 in TeO2. Unlike sulfur, Te cannot show a +6 oxidation state as it is highly unstable due to the inert pair effect. Therefore there can only be a decrease in its oxidation state (it can decrease to -2, +2). Also, TeO2 is a polymeric oxide that is not very stable.
Hence it acts as an oxidizing agent.