There are no positive electrons. All electrons are negatively charged. Metals are less electronegative that sulfur, if that's what you're referring to.
Magnesium will form a positive ion during ionic bonding. It will lose 2 electrons to achieve a stable octet configuration, resulting in a 2+ ion. Sulfur typically forms a negative ion by gaining 2 electrons to achieve a stable electron configuration.
Sulfur typically has a negative charge when it forms anions, such as in sulfide (S²⁻) where it gains two electrons. However, it can also exhibit a positive charge in certain compounds, such as in sulfur dioxide (SO₂), where it can act as a positive oxidation state. The charge of sulfur depends on its chemical environment and the compounds it forms.
Ions of sulfur have gained or lost electrons, resulting in a positive or negative charge, while atoms of sulfur have a neutral charge with an equal number of protons and electrons. Ions of sulfur participate in chemical reactions and can form compounds, while atoms of sulfur are typically unreactive.
Flourine is far more electronegative, meaning it pulls harder on the electrons, making it slightly negative and the sulfur slightly positive.
Sulfur typically has a neutral charge in its elemental form, but it can exhibit a negative charge when it gains electrons, forming sulfide ions (S²⁻). In other compounds, it can also have positive oxidation states, such as +4 or +6 in sulfur dioxide (SO₂) and sulfuric acid (H₂SO₄), respectively. Therefore, sulfur can have both negative and positive charges depending on its chemical context.
So every elemental atom, if left to it's own devices, is neutral. Meaning the positive and the negative is balanced perfectly. Electrons are negative. To have a neutral atom, you must have the same number of electrons as you do protons. So if Sulfur loses a single electron, it's losing some negativity, meaning Sulfur will be more positive. If it loses two, then it becomes even more positive. We often know this as "charge" in chemistry and we show it by a number corresponding to the amount of electrons the neutral atom has lost or gained along side the charge symbol (- or +). So our Sulfur is now positive having lost 2 electrons. So it is 2+. You could view it as its positivity being two levels beyond neutral.
The bond between chromium and sulfur is typically an ionic bond. Chromium tends to lose electrons to form a positive ion, while sulfur tends to gain electrons to form a negative ion, resulting in electrostatic attraction between the two ions.
The charge on a particle of Sulfur-33 with 18 electrons would be -15, as the number of protons in sulfur-33 is 16. Since electrons have a negative charge of -1 each, 16 protons (positive charge) neutralized by 16 electrons would result in a net charge of -15.
No. Sulfur typically forms negative ions (sulfide ions) by gaining two electrons to achieve a stable electron configuration.
postive hoee 1
Sulfur gains two electrons to achieve a stable electron configuration, making it a negatively charged ion. In pyrite, sulfur forms a compound with iron by sharing electrons in a crystalline structure, with the sulfur atoms taking on a negative charge due to the gaining of electrons.
Magnesium will typically form a positive ion, known as a cation, by losing two electrons to achieve a stable electron configuration, resulting in a Mg²⁺ ion. In contrast, sulfur usually forms a negative ion, known as an anion, by gaining two electrons to achieve stability, resulting in an S²⁻ ion. Thus, magnesium is the element that will be a positive ion.