Final answer:
The plasma within the Sun consists of high-energy, positively charged ions and negatively charged electrons due to the high temperatures causing ionization.
Step-by-step explanation:
Plasmas within our Sun are comprised of high energy ions and free electrons. Since the Sun is extremely hot, many of the atoms within it are ionized, meaning they have been stripped of one or more of their electrons. This process of ionization results in a mix of free, negatively charged electrons and positively charged ions. The high energy and electrical charge define the Sun's plasma state.
This electrically charged environment created by the ionization of gases in the Sun is quite different from neutral environments we are familiar with on Earth. In a plasma state, the particles are not only in rapid motion but also far apart like gases. A portion of the atoms' negative charge, i.e., the electrons, is separated from the positive charge portion, i.e., the nucleus. Therefore, the plasmas within our Sun are accurately described as high energy, with positively charged particles and negatively charged electrons.