The formula for potassium chloride is KCl; one atom of potassium attaches to one atom of chlorine.
Chlorine gas is diatomic (Cl2); thus, if there are 100 atoms of potassium to react, 100 atoms of chlorine will be needed. Therefore, 50 molecules of chlorine gas will be used.
Potassium, K, has an electron valence of +1, meaning that it can only one electron from another element or ionic compound. Chlorine, Cl, has an electron valence of -1. Therefore, it can react with 1 chlorine atom in order to reach the balanced state of 0.
A full octet of S-orbital and P-orbital atoms is exemplified here: Xs2Xp2, where X is the period in which the element. For example, if potassium donates it's electron to chlorine, it would be 3s23p6.
They combine in a quantity so that the net charge of the compound is zero. Potassium ions have a charge of +1 and chlorine ions have a charge of -1. Therefore, only one ion of each is needed in the compound and the formula is KCl.
Potassium chloride is KCl. There are thus two atoms present in the material.
Potassium + Chlorine = potassium chloride
2and 1 half point 3
Potassium Chlorate has 5 atoms.
1
2
5
there is a rule called the "octet rule" which basically states that all atoms wish to acquire the formation of a noble gas. To do so, they must have 8 valence electrons which means that some elements prefer to gain or lose electrons depending on how many valence electrons they already have. For example sodium has one valence electron therefore it is easier for it to lose one electron then to gain 7 electrons. Now getting back to your question: the potassium atom and the chlorine atom both want to become noble gases and since potassium requires to lose one electron and chlorine requires to gain one electron they combine. This is ionic bonding.
Predict if atoms of chlorine and fluorine easily take on 1 additional electron, which other kinds of atoms will also have this chemical property
pottasium chloride have two atoms, i.e. one of potassium and one of chlorine
5 atoms (one potassium, one chlorine and three oxygen) are there per molecule of KClO3
Fundamentally, because this reaction reduces the Gibbs free energy of the reactants when they are converted to products. Chlorine atoms have substantially greater electronegativity than bromine atoms, while chloride and bromide ions both have about the same, very low, electronegativity. Therefore, chemical potential energy is reduced by removing an electron from each bromide ion to form a bromine atom and transferring the electron so removed to chlorine atoms to form chloride ions instead of bromide ions.
Chlorine atoms have 7 outermost electrons and need to gain an electron to achieve the stability of a full valence shell.
Because both sodium and potassium have one electron in their outermost shells, and they need to donate these electrons to become stable. In other words, both of these elements will become positive ions, and neither will accept an electron from the other. They need to bond with atoms which need another electron to fill its outer shell, such as cholorine. Both sodium chloride (NaCl) and potassium chloride (KCl) exist because chlorine will accept the extra electrons from sodium or potassium atoms. Bottom line: you cannot bond two atoms that both need to lose electrons to become stable because neither will accept the extra electron from the other.
This electron is a valance electron.
K+ And CL- or Potassium and chlorine.
there is a rule called the "octet rule" which basically states that all atoms wish to acquire the formation of a noble gas. To do so, they must have 8 valence electrons which means that some elements prefer to gain or lose electrons depending on how many valence electrons they already have. For example sodium has one valence electron therefore it is easier for it to lose one electron then to gain 7 electrons. Now getting back to your question: the potassium atom and the chlorine atom both want to become noble gases and since potassium requires to lose one electron and chlorine requires to gain one electron they combine. This is ionic bonding.
True!
an ion
2
KClO3. So there is one potassium, one chlorine and three oxygen atoms. A total of 5 atoms.
Molecules.
the outermost electron shell
The valence electron. (The outermost electron) help it help s:))))