Download to read offline
Uploaded byanandanand521251
4 views
NH4+ is acid as it give a proton tobecome NH3, a baseNO2- is a bas.pdf
The document discusses the properties of various chemical species in terms of acids and bases. It explains that NH4+ and H3O+ function as acids by donating protons, while NO2-, HCO3-, H2CO3, HS-, and F- act as bases capable of accepting protons. The repetitive examples illustrate the acid-base relationships of these compounds.
![Acidandbase chm141 thursday[1]goodday](https://cdn.slidesharecdn.com/ss_thumbnails/acidandbasechm141-thursday1goodday-121121141355-phpapp02-thumbnail.jpg?width=640&height=640&fit=bounds)
NH4+ is acid as it give a proton tobecome NH3, a baseNO2- is a bas.pdf
- 1. NH4+ is acidas it give a proton tobecome NH3, a base NO2- is a base as it can take a protonto become HNO2 , an acid HCO3- is a base as it can take proton tobecome an acid, H2CO3 HS- is a base as it can take a proton to become anacid, H2S H3O+ is an acid F- is a base as it can take a proton to become HF,an acid HS- is a base as it can take a proton to become anacid, H2S H3O+ is an acid F- is a base as it can take a proton to become HF,an acid Solution NH4+ is acid as it give a proton tobecome NH3, a base NO2- is a base as it can take a protonto become HNO2 , an acid HCO3- is a base as it can take proton tobecome an acid, H2CO3 HS- is a base as it can take a proton to become anacid, H2S H3O+ is an acid F- is a base as it can take a proton to become HF,an acid HS- is a base as it can take a proton to become anacid, H2S H3O+ is an acid F- is a base as it can take a proton to become HF,an acid