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Q: What Elements like calcium located toward the top of a group have a high attraction for their valence electrons because the have a?
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Elements, like calcium, located toward the top of a group have a high attraction for their valence electrons because they have a _?

small atomic radius.


Which has a greater attraction for electrons Ca or O?

Oxygen has a much greater attraction for electrons than calcium does.


How many valence electron does calcium have?

Calcium has 2 valence electrons, like all Group 2 elements.


How are the elements oxygen and calcium different on the periodic table?

Calcium can loose 2 electrons. Oxygen can gain 2 electrons.


What are the elements that formed the calcium?

Calcium is an element, which means that it is made up protons/electrons and neutrons. Each calcium atom contains a total of 20 protons/electrons, and 20 neutrons.


Why is it harder to remove an electron from Magnesium than it is to remove an electron from Calcium?

Zinc has more electrons in its outer energy level than Calcium. Because of this, itsnucleus is more attracted to this energy level and pulls it more the nucleus in Calcium. Because of this greater attraction it is harder to remove the electron from Zinc.


Which elements have the same number of valence electrons as beryllium?

For example calcium and magnesium.


What elements calcium carbonate make up?

Protons, neutrons, and electrons , okay?


How many valence electrons do each what elements have boron gold krypton and calcium?

Gold has 25 valence electrons


What elements have 2 valance electrons?

The entire Group 2A has 2 valence electrons; this includes sodium and calcium.


How are the elements oxygen and calcium alike and different?

They are both elements, form molecules, and will bond with many other elements.


What is calcium charge on the ion?

The metal calcium is an Alkaline Earth element, which is found in Group 2 of the Periodic Table. All the Group 2 elements have two valence electrons, and these elements want to loan them both out. This will leave a calcium ion with a +2 charge. Because calcium wants to loan out both its valence electrons, it will form compounds based on its desire to do so. Calcium will form bonds in a one-to-one ratio with elements that want to borrow 2 electrons, like oxygen. The compound will be calcium oxide, with CaO as its chemical formula. In the case of elements that want to borrow just one electron, like fluorine, chlorine or any of the halogens, the Group 17 elements, it will form bonds in a one-to-two ratio. Calcium fluoride, CaF2, and calcium chloride, CaCl2, are examples. A link can be found below.