Maxwell's equations utilize or can produce all of the following ...

[Mr3Hunna]

Maxwell's equations utilize or can produce all of the following EXCEPT:
 
 

Formulations for magnetic monopoles
  Vector functions for electric and magnetic fields

 

A formulation where the speed of light can be calculated
  Quantities of charge and current
  Permeability and permittivity of a vacuum

 

Question 2

Protons in the nucleus attract electrons with enough electromagnetic force to keep them in orbit at high speeds. Protons in general repel each other, but in the nucleus they are bound together. How is this possible?
 

The introduction of neutrons diffuses the protons' charge over a large volume
   The strong force binds the protons together on small distance scales
   The electrons orbiting the nucleus create an electromagnetic force on all sides due to their high speed of revolution
   The gravitational force binds the protons together on small distance scales
   The electroweak force binds the protons together on small distance scales

[katara]

Answer to Question 1

Magnetic monopoles are forbidden in the understanding of electromagnetism as formulated by Maxwell. According to Maxwell's equations, every magnet has two poles, much like the north and south on a bar magnet.

Answer to Question 2

The strong force binds protons to protons (all nucleons in fact) over very small distances of about 10^-15 m. The strong force is two orders of magnitude larger over those distances than the electromagnetic force. The nucleus does succumb to electromagnetic repulsion with large values of A, the nucleon number.

[Mr3Hunna]

TYSM

[jamesnevil303]

Great answer, keep it coming