A (+) positive charge is a fundamental force in nature that affects the behavior of matter on a subatomic level. It is one of the two elementary charges, along with (-) negative charge, which are responsible for all electrical and magnetic phenomena. Positive charge comes from protons, which are found inside atoms and can be visualized as tiny spheres with positive electric fields radiating outwards from them. Protons have an intrinsic property called “charge” that makes them attract electrons to form chemical bonds between molecules or atoms in order to create stable structures such as water molecules or salt crystals.
In addition to its role in creating molecular structure, positive charge also plays an important role within electricity itself by providing energy for current flow through circuits composed of conductors like wires and resistors. When electrons move through these components they will either gain energy (positively charged) or lose it (negatively charged). This movement creates what we know as voltage – the difference between potential energies at different points within a circuit – allowing us to power our everyday appliances such as lights and computers using electricity generated by batteries or other sources.
Finally, understanding how positive charges interact with other particles helps scientists better understand physical phenomena like lightning strikes , radiation therapy treatments, nuclear reactions, solar flares, etc…
By studying their interactions we can learn more about how these forces work together so that we may use this knowledge when designing new technologies such as medical imaging devices used for diagnosing diseases earlier than ever before!