Yes, Pascal's law is applicable for gases as well.

What is Pascal's Law?
Pascal's law states that pressure exerted at any point of a confined fluid is transmitted equally and undiminished in all directions throughout the container.

How does Pascal's Law apply to gases?
Gases are also considered fluids, and therefore, Pascal's law applies to them as well. The pressure exerted on any part of a gas in a closed container will be transmitted equally and undiminished to all other parts of the gas.

Examples of Pascal's Law in Gases
Some examples of Pascal's law in gases are:

- An air compressor works on the principle of Pascal's law. When the air is compressed using a piston, the pressure is transmitted equally to all parts of the compressed air, which is then used to power tools or inflate tires.

- A gas cylinder used for cooking gas or welding also works on the principle of Pascal's law. The gas is stored under high pressure, and when the valve is opened, the pressure is transmitted equally to all parts of the gas, allowing it to flow out of the cylinder.

- The human respiratory system also functions on the principle of Pascal's law. When we inhale, the pressure inside our lungs decreases, causing air to flow into our lungs from the atmosphere. Similarly, when we exhale, the pressure inside our lungs increases, causing air to flow out.

Conclusion
In conclusion, Pascal's law is applicable for gases as well as liquids. It states that the pressure exerted on any part of a confined fluid or gas is transmitted equally and undiminished to all other parts of the fluid or gas. This law has numerous applications in various fields, including mechanics, hydraulics, and pneumatics.

Yes! Pascal's law (principle of transmission of fluid pressure) is applicable to all "incompressible" enclosed fluids.Both liquid and gases are fluids.But it's true that Pascal's principle doesn't apply quite as generally for gases as it does for nearly incompressible.