The Lewis dot structure for strontium (Sr) shows it with two valence electrons, represented as Sr: ••. For selenium (Se), which has six valence electrons, the structure would be Se: •• •• ••. When forming a compound, strontium donates its two electrons to selenium, resulting in the formation of strontium selenide (SrSe), where Sr becomes a cation (Sr²⁺) and Se becomes an anion (Se²⁻). The resulting ionic bond reflects the transfer of electrons from Sr to Se.
The Lewis theory states that atoms form bonds by sharing electrons. Strontium (Sr) is in group 2 and would lose 2 electrons, while selenium (Se) is in group 16 and would gain 2 electrons to achieve a stable octet. Therefore, SrSe2 would be the formula of the compound that forms between strontium and selenium.
Strontium and chlorine react to form strontium chloride with the formula SrCl2.
Formula: Sr(OH)2
The correct formula for strontium sulfide is SrS. It consists of one strontium (Sr) ion and one sulfide (S) ion, which allows them to combine in a 1:1 ratio to form the compound.
The chemical formula for strontium carbonate is SrCO3.
The Lewis theory states that atoms form bonds by sharing electrons. Strontium (Sr) is in group 2 and would lose 2 electrons, while selenium (Se) is in group 16 and would gain 2 electrons to achieve a stable octet. Therefore, SrSe2 would be the formula of the compound that forms between strontium and selenium.
The empirical formula for strontium (Sr) is Sr and for fluorine (F) is F.
Strontium and chlorine react to form strontium chloride with the formula SrCl2.
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Symbol: Sr
The chemical formula for strontium oxide is SrO
The formula is Sr(C2H3O2)2
Formula: Sr(OH)2
The chemical formula for strontium bromate is Sr(BrO3)2.
The correct formula for strontium sulfide is SrS. It consists of one strontium (Sr) ion and one sulfide (S) ion, which allows them to combine in a 1:1 ratio to form the compound.
:Sr
The chemical formula for strontium (Sr) and phosphorus (P) when they combine to form a compound is Sr3P2. In this formula, three strontium atoms bond with two phosphorus atoms to create strontium phosphide.