Chemical Properties of Group 18 Elements
Chemical Properties of Group 18 Elements: Overview
This topic covers concepts, such as Chemical Properties of Noble Gases, Compounds of Noble Gases, Xenon - Fluorine Compounds, Preparation of Xenon - Fluorine Compounds, and Structures of Xenon - Fluorine Compounds.
Important Questions on Chemical Properties of Group 18 Elements
The product obtained on complete hydrolysis of and would be:

Number of lone pairs of electrons on atoms in and molecules are respectively.

The formation of is the basis for the formation of xenon fluorides. This is because

Partial hydrolysis of gives

The shape of is

Structure of is correctly represented by

In xenon fluorides most reactive in and is

Which one of the following does not form during the hydrolysis of

The shape of is

on partial hydrolysis with water, produces a compound The same compound is formed when reacts with silica. The compound is:

It is unfeasible for which of the following reactions of Xenon compounds to take place?

In which one of the following pairs, the second compound has more number of bonds than the first one?

When a solution of is treated with metal fluoride, the product obtained is?

The shape of is

Xenon hexafluoride is formed when Xenon reacts with at and pressure. In this reaction the ration of is:

The partial hydrolysis of gives

The inert gas element used in the treatment of cancer by radiotherapy is:

Observe the following chemical reaction:
What is the chemical name of the .

The correct statement about Xenon fluorides and is

A mixture used for respiration by the sea divers is
