no, it is still the same element just a different type
cations, positively charged ions, can be told from anions, negatively charged ions, bysize--cations are smaller then the average atomic mass of the element --anions are largertype--cations are made from metals --anions are non-metalsorder--cations are always listed first in a chemical equation
Silicon is the only element with 18 protons, it form NO cations.
The atomic number of the cation is the same as the atomic number of the neutral atom.
Barium is a metal that typically forms a +2 cation (Ba^2+). Monoatomic anions are negatively charged ions formed from a single atom. Barium can form various monoatomic anions, such as oxide (O^2-), chloride (Cl^-), and sulfide (S^2-).
Going across the periodic table from left to right ignoring the transition metals, +1 charge are for group IA, group IIA is for +2 then it skips to group IIIB with +3 charge, group VB is -3, group VIB is -2, group VIIB is -1 charge.
cations, positively charged ions, can be told from anions, negatively charged ions, bysize--cations are smaller then the average atomic mass of the element --anions are largertype--cations are made from metals --anions are non-metalsorder--cations are always listed first in a chemical equation
Silicon is the only element with 18 protons, it form NO cations.
Yes. Example of atomic cation is Na+. Example of atomic anion is Cl-. Example of molecular cation is NH4+. Example of molecular anion is NO3-.
The positive and negative charges are equal in magnitude (absolute value).
Ionization energy and electron affinity for cations and anions, respectively.
To determine the cations and anions in toothpaste, you can perform tests such as flame tests for cations like sodium and potassium, and precipitation tests for anions like chloride and fluoride. These tests involve adding specific reagents to the toothpaste solution and observing the characteristic colors or precipitates that form. Additionally, instrumental techniques like ion chromatography or atomic absorption spectroscopy can be used for more accurate quantification of cations and anions present.
The atomic number of the cation is the same as the atomic number of the neutral atom.
Barium is a metal that typically forms a +2 cation (Ba^2+). Monoatomic anions are negatively charged ions formed from a single atom. Barium can form various monoatomic anions, such as oxide (O^2-), chloride (Cl^-), and sulfide (S^2-).
Since you want atomic (rather than molecular) anions AND 9 protons only the element with atomic number 9 is possible, i.e. Fluorine. This has really only one anionic state though, -1. So I can only suppose you mean either: - transient unstable anions - synthetic isotopes of Fluorine (also unstable) - molecular rather than atomic anions In the latter case (most likely) you could have as well as F- also e.g. NH2- or OH- as molecular (not atomic) anions with 9 protons in total.
1 mol of any element is the atomic weight expressed in grams.
Bruh
an element is distinct from others by the number of protons, change the number of protons you have a different element1. The number of elections can be altered creating ions2 and the number of neutrons can be different which are isotopes. so the atomic weight can change between ions and isotopes of the same element. 1. breaking down of the nucleus called radiation. 2. cations + charge: number of protons greater then elections anions - charge: number of elections greater then protons