When excess of `AgNO_3` is treated wiith KI solution, AgI forms:

The clouds consist of charged particles of water dispersed in air.Some of them are +vely charged, others are -vely charged.When +vely charged clouds come closer they cause lightening and thundering whereas when +ve and -ve charged colloids come closer they cause heavy rain by aggregration of minute particles.It is possible to cause artifical rain by throwing electrified sand or silver iodide from an aeroplane and thus coagulating the mist hangind in air. When excess of AgNO_3 is treated with KI solution, Agl forms

How many moles of AgCl will be precipitated when an excess of AgNO_3 is added to a molar solution of [CrCl(H_2O)_5]Cl_2 ?

Consider the following experiments and answer the questions at the end of it (A) When Fe(CN)_(2) solution is treated with KCN solution species formed no longer gives tests of Fe^(2+) and CN^(Θ) (B) When K_(2)SO_(4) solution is treated with A1_(2)(SO_(4))_(3) solution species formed gives tests of K^(o+) , A1^(3+) and SO_(4)^(2-) When the species formed in A is treated with FeCl_(3) a bule colour is obtained It is due to formation of .

When dilute aqueous solution of AgNO_3 (excess) is added to KI solution, positively charged sol of Agl in formed due to adsorption of

In the preparation of AgI sol, the excess fo AgNO_(3) is added to potassium iodide solution. The particles of the sol will acquire

A sol is prepared by addition of excess of AgNO_(3) solution in KI solution . The charge likely to develop on colloidal particles is :

When excess of ethyl iodide is treated with ammonia, the product is

What happens when C Cl_(4) is treated with AgNO_(3) solution ?

Statement-1 :When AgNO_3 is treated with excess of Kl colloidal particles gets attracted towards anode. Statement-2 :Colloidal particles adsorb common ions and thus become charged.

17 gm AgNO_3 is treated with 25 gm HCl. What is the mass of AgCl formed ?