Calcium and barium, strontium's two immediate neighbors in periodic table column 2 of a wide form periodic table.
Silicon (Si) would be expected to behave the most like carbon (C) due to their similar chemical properties and positions in the periodic table. Both elements can form strong covalent bonds, resulting in similar types of compounds and structures.
Strontium is the element most similar in behavior to calcium due to being in the same group (group 2) of the periodic table. Both elements share similar chemical properties such as forming divalent cations and reacting with water and acids in a similar manner.
Strontium and barium have properties most like calcium, as they are in the same group (Group 2) of the periodic table and share similar chemical and physical characteristics. They have the same outer electron configuration which leads to similar reactivity and bonding behavior.
Mg (magnesium)
Barium (Ba) would be more reactive than strontium (Sr) because barium is located further down the Group 2 elements in the periodic table. As you move down the Group, the reactivity of the elements tends to increase due to the larger atomic size and lower ionization energy, making barium more reactive than strontium.
Calcium is in group 2/IIA, so the other elements in that group would be expected to behave most like calcium.
Strontium is one of the most common elements found on earth. It is mainly found in igneous rock, and sedimentary formations.
Strontium-88 It is the closest to the Strontium atomic mass.
Silicon (Si) would be expected to behave the most like carbon (C) due to their similar chemical properties and positions in the periodic table. Both elements can form strong covalent bonds, resulting in similar types of compounds and structures.
Strontium is the element most similar in behavior to calcium due to being in the same group (group 2) of the periodic table. Both elements share similar chemical properties such as forming divalent cations and reacting with water and acids in a similar manner.
Bamboo
The four isotopes of strontium are strontium-84, strontium-86, strontium-87, and strontium-88. The most abundant and stable isotope is strontium-88, making up about 82.6% of naturally occurring strontium.
Beryllium, Magnesium, Calcium, Strontium, Barium, and Radium all have an oxidation state of plus 2.
Mg (magnesium)
38There can be multiple atoms that have the same number of neutrons, these are called isotopes. The most common isotope of strontium (one of four stable isotopes), is strontium 88. This means that the number of protons and neutrons together in that isotope is 88. And since all atoms of strontium (regardless of their isotope) have 38 protons, that means that the most common isotope of strontium has 50 neutrons.
Strontium and barium have properties most like calcium, as they are in the same group (Group 2) of the periodic table and share similar chemical and physical characteristics. They have the same outer electron configuration which leads to similar reactivity and bonding behavior.
Mg (magnesium)