Why is `N_(2)` less reactive at room temperature?

Ethyle acetate at room temperature is a :

Why is O_2 inert at room temperature ?

Which of the following alcohols will yield the corresponding alkyl chloride on reaction with concentrated HCl at room temperature ? Thinking process To solve this problem, students keep in mind that tertiary alcohol being most reactive react at room temperature.

(a) Explain why H_(2)and O_(2) do not react at room temperature. (b) Writen the rate equation for the reaction A_(2)+3B_(2)to 2C, if the overall order of the reaction is zero.

Assertion: Nitrogen is unreactive at room temperature but becomes reactive at elevated temperature (on heating or in the presence of catalysts). Reason: In nitrogen molecule, there is extensive delocalisation of electrons.

Assertion: Nitrogen is unreactive at room temperature but becomes reactive at elevated temperature (on heating or in the presence of catalysts). Reason: In nitrogen molecule, there is extensive delocalisation of electrons.

Why nitrogen is inert at room temperature ?

Explain, why is CO_2 a gas at room temperature but SiO_2 is a high melting solid.

Identify, the elements with the following property and arrange them in increasing order of their reactivity. (a) An element which is a soft and reactive metal. (b) The metal which is an important constituent of limestone (c) The metal which exists in liquid state at room temperature.

In a permanent magnet at room temperature.