Either it loose electron or gain and if loose then it get positive charge and if gain then be negatively charged ion
No. elements and all other mater will normally have no charge.
neutral
Elements that lose electrons in reactions have a positive ionic charge. There are exceptions to this, but I'll not over-complicate this!
To work out the specific charge of a given element, you will take the positive electron charge and multiply it by the negative electron charge. This can be calculated by the formula q=ne
Beta decay results in either an increase or decrease in the number of protons, which results in a change in the nuclear charge and produces an atom of a different element.
No, an element has no charge. However, elements can lose or gain electrons to become a charged ion.
Elements listed in the periodic table of elements are neutral; they do not have a charge. When they undergo chemical reactions they may become charged ions. There is no single most common charge for ions, but the most common are -1, -2, -3, +1, +2 and +3.
No. elements and all other mater will normally have no charge.
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The charge on each of the ions formed depends on the specific elements involved. The ions are then held together by the electrostatic attraction between the opposite charges (positive and negative) (called an ionic bond).
neutral
Elements that lose electrons in reactions have a positive ionic charge. There are exceptions to this, but I'll not over-complicate this!
does what charge to download? Be more specific.
If they change charge they become ions
When atoms (elements) gain or loose electrons, they become Ions. If an atom looses electrons it becomes +1 charge, whereas if an atom gains electrons it becomes -1 charge.
As they exist in nature, elements usually have no charge. However, there are certain tendencies of elements to become anions (ions with negative charges) or cations (ions with positive charges) based upon their individual compositions. Imagine the periodic table and it's groups. The transition metals in the middle of the table form various cations that are not easy to predict. Therefore, we can't represent all transition metals as their own group with one specific charge. But, we CAN do that for some other groups: Group 1 elements (Li, Na, K etc.) have similar chemical properties that make them "want" to have a charge of +1. Group 2 elements form 2+ ions, and Group 3 elements form 3+ ions. Group 4 elements may have a charge of either 4+ or 4- and need to be memorized. The elements that form negative ions are in Group 6 (2- charge) and Group 7 (1- charge). Noble gases have their outermost energy levels full of electrons and are "balanced" and thus have a very low tendency to become ions. In order to reasonably assume the charge of an element in an equation, you have to consider the other elements it will be reacting with and take into consideration their properties as well. For example, when Hydrogen and Oxygen combine to form water, two Hydrogen atoms bond with one Oxygen atom. Say you remember that Oxygen is in Group 6 on the periodic table and Group 6 elements have a 2- charge. Say you also remember that Hydrogen is a noble gas without a charge listed. Since the Oxygen atom has a 2- charge, each Hydrogen atom will have to have a +1 charge to attract to the oxygen and bond with it (this is because molecules like to be neutral and form a net charge of zero).
The charge of group 7A elements when forming ions is -1 (negative 1).