Bill_K said:Think of it as all gluons and you'd be pretty close. Surprisingly the quarks contribute only a percent or two, all the rest comes from gluon binding energy and kinetic energy.
An energy pie chart for proton and field energy is a graphical representation of the distribution of energy in a system that involves protons and their surrounding electric and magnetic fields. It shows the relative proportions of different types of energies present in the system.
The data for an energy pie chart for proton and field energy is collected through various experiments and calculations. Scientists measure the electric and magnetic fields and the energy of protons in the system to determine the different types of energies present.
The different types of energies shown in an energy pie chart for proton and field energy include kinetic energy of the protons, electric potential energy, magnetic potential energy, and electromagnetic radiation energy.
An energy pie chart for proton and field energy helps scientists understand the distribution of energy in a system and how different types of energies contribute to the overall energy of the system. It can also be used to analyze changes in energy and track energy transformations in a system.
Yes, an energy pie chart for proton and field energy can provide valuable insights into the behavior of protons and fields in a system. By understanding the distribution of energy, scientists can make predictions about the movement and interactions of protons and fields in the system.