The K1+ ion is more highly oxidized as its oxidation state is 1+ whereas a potassium atom's oxidation state is 0.
No. Francium is a Group I element, and it is extremely reactive ... explosively with water ... more than potassium and sodium. It will be oxidized of one electron.
The oxidation state of one atom increases while another decreases.
Potassium oxide is a compound. Compounds are pure substances that contain more than one type of atom. Since potassium oxide contains potassium and oxygen atoms, it is a compound. Elements are pure substances that contain only one type of atom, such as oxygen gas.
In the list provided, gold (Au) cannot be oxidized by silver because gold is more noble and resistant to oxidation than silver. Among the other metals, zinc (Zn), barium (Ba), magnesium (Mg), and potassium (K) can be oxidized by silver due to their lower positions in the reactivity series. Thus, gold stands out as the only metal in this group that cannot be oxidized by silver.
an atom is a nucleus,[ nutrons and protons] and a number of electrons whirring around it. a molecule is a combination of two or more atoms to make something new
1 molecule of KI will have two atoms (one potassium and one ion), or more specifically two ions (one K+ and one Cl-).
This occurs because a potassium atom has one more electron than a potassium ion in the ground state; the extra electron increases the size of the atom due to increased electron-electron repulsion, leading to a larger atomic radius than the potassium ion.
When a potassium atom becomes an ion, the potassium atom donates one of its electrons, specifically the only electron in its valence shell, to another more electronegative atoms. The original potassium atom then becomes a potassium cation with formula K+.
No, potassium has a larger first ionization energy than sodium. Potassium has an extra electron in its valence shell compared to sodium, making it more difficult to remove an electron from a potassium atom compared to a sodium atom.
Potassium consists of potassium atoms with their valence electrons delocalized throughout the metal, put those electrons still essentially "belong" to their atoms. A potassium ion is a potassium atom that has lost its valence electron to another atom molecule or ion and therefore carries a 1+ charge.
Argon has the larger atom compared to potassium. This is because argon has more electrons and a greater number of protons and neutrons in its nucleus, leading to a larger atomic size.
No. Francium is a Group I element, and it is extremely reactive ... explosively with water ... more than potassium and sodium. It will be oxidized of one electron.
Hexane is more flammable than potassium sulfate. Hexane is a highly flammable liquid that can easily ignite when exposed to a flame or spark, while potassium sulfate is a solid compound that is not flammable under typical conditions.
Adding a proton to a gold nucleus would result in a more highly charged and thus more highly valued atom. This would change the element from gold to a different element with a higher atomic number, potentially leading to different chemical and physical properties.
Potassium cyanide is more poisonous than sodium cyanide. Both chemicals are highly toxic, but potassium cyanide is typically considered to be more lethal because the body absorbs it more readily, leading to faster and more severe symptoms of poisoning.
Potassium. This can be seen by the potassium setting itself on fire in water. Can lithium, carbon or hydrogen do that?
The oxidation state of one atom increases while another decreases.