I would like to know the laws that can not be deduced from others, I know that they are many, but citing at least one is better than nothing.

It seems that at the most fundamental level, symmetries, continuous and gauge, are responsible for physical laws.

I am not sure if it is a law as such, but MigL mentions it; The Principle of Gauge Symmetry. Basically this means that physics does not care about the coordinates you chose to describe the system.

I would like to know the laws that can not be deduced from others, I know that they are many, but citing at least one is better than nothing.

 

 

Volosity or speed be of physics

 

Gravity also

 

 

Do you have any sugjestions

Thanks

I would like to know the laws that can not be deduced from others, I know that they are many, but citing at least one is better than nothing.

 

Energy conservation law.

Energy conservation law.

 

This follows from Noether's theorem, which is a consequence of the symmetry of the system.

I would like to know the laws that can not be deduced from others, I know that they are many, but citing at least one is better than nothing.

 

 

Conservation of Momentum of Elastic Collisions

Conservation of Kinetic Energy in Elastic Collisions (same as above)

 

 

Newton's Planetary Motion Formula

I would argue that a law that has restrictions on it, such as elastic collisions only, cannot be considered fundamental.

I would like to know the laws that can not be deduced from others, I know that they are many, but citing at least one is better than nothing.

 

Quantum mechanical laws are not deduced from others.

Conservation of Momentum of Elastic Collisions

Conservation of Kinetic Energy in Elastic Collisions (same as above)

 

 

Newton's Planetary Motion Formula

 

These too are a consequence of Noethers theorem, as are all conservation laws. Symmetry seems to be the fundamental concept.