Name the law behind the dissolution of `CO_2` gas In soft drinks under high pressure.

Which of the following natural gas is stored under high pressure?

What is the approximate energy released in the fusion of four protons under high pressure and a million kelvin of temperature?

50 mL of a gas A diffuse through a membrane in the same time as for the diffusion of 40 mL of gas B under identical conditions of pressure and temperature. If the molecular mass of A is 128, that of B would be :

The law which relates the solubility of a gas to its pressure is called :

When chlorobenzene is heated with conc. NaOH solution at about 575 K under high pressure, the product is :

The solubility of a gas in water at 300 K under a pressure of 100 atmospheres is 4xx10^(-3) "kg L"^(-1) . Therefore, the mass of the gas in kg dissolved in 250 mL of water under a pressure of 250 atmospheres at 300 K is

i) State Henry's law. ii) Soda water bottles are sealed under high pressure. Give reason.

An element occupies group number 15 and period number 2 reacts with hydrogen under high pressure and in the presence of a catalyst it terms a hydride (A). In presence of excess of air and in the presence of platinum it forms an oxyacid (B). Identify the element & A and B.