Potassium's atomic number is 19. That means that, to keep it neutral, it has 19 protons and 19 electrons. The first 19 electrons are placed into orbitals as 1s2 2s2 2p6 3s2 3p6 4s1. Thus, potassium has 4 shells.
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They have internal shells. According to scientists. (more than 3 shells.)
Curium has seven electron shells.
Yttrium has five electron shells.
yes-potassium will blow up on contact with air or water and other materials or elements. potassium forms many compounds such as potassium chloride, which is a lethal poison used to kill people on death row in the united states. potassium is important in your diet, as it helps carry nerve impulses to and from your brain. potassium is commonly found in bananas. potassium is more reactive than even sodium.
There are 80 electrons shells for mercury.
It has 4
Four shells, as potassium is in fourth period
Potassium. It has two extra shells than lithium.
grind bone, sea shells, egg shells potassium is an element! you cant make it at all. nor will it ever be organic its a basic ELEMENT!!!
Potassium is a Group I element (group 1) and therefore LOSES 1 electron to achieve full outer shells and become an ion.
One.
The potassium is larger radius because it has more electron shells.
snails shells can be made of many things like... -Sodium Carbonate -Acid -Potassium Chloride -Magnesium Oxide -Zinc pellets -cod nuggets hope this helps!!
It depends which diagram, most likely they are electron shells as all elements have
potassium is more reactive because it has more outer shells of electrons than hydrogen. more outer shells means a weaker pull from the positive proton. this means it is easier to lose an electron with a weaker pull from the proton
one, it's K, or potassium fill your shells (orbitals, really) in order until you get to 19 electrons K 2-8-8-1 one, it's K, or potassium fill your shells (orbitals, really) in order until you get to 19 electrons K 2-8-8-1
you can tell an atom's position in the peiriodic table by its valence electrons in the outermost shell. potassium therefore has one free valence e-, placing it in group 1 depending on how many shells the atom has determines which rows (horizontal) it is in