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Potassium is a non metal element. Atomic Mass of it is 39.

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What is the atomic mass of Pottassium?

Standard atomic mass of potasium is 39.0983(1) g·mol−1


What is the atomic mass and neutrons are K?

The mass number of Potassium is 39 which means it has 20 neutrons.


What are potassium's atomic symbol and number?

Potassium is highly reactive element. Mass number of K is 39.


What is the atomic mass of magnesium Mg?

Mg: 24.305 K: 39.0983


What is the atomic mass of magnesium and potassium?

Mg: 24.305 K: 39.0983


What does K 19 and 39.098 represent on a periodic table?

K is the symbol for potassium. 19 is the number of protons and 39.098 is the mass number (Protons + Neutrons + Electrons).


What is the two decimal places of relative atomic mass and the molar mass of the element potassium K?

It is 39.10


What To two decimal places what is the relative atomic mass and the molar mass of the element potassium K?

It is 38.96


What is the atomic and mass number of potassium?

The atomic number is 19 and the mass number of its most abundant isotope K-39 is 39 (19 protons + 20 neutrons) while the mass of that isotope is 38.96371 a.m.u.The relative atomic mass of the element potassium, K, is 39.10 g/mole.


What is the mass atomic number of potassium?

Name: PotassiumSymbol: KAtomic Number: 19Atomic Mass: 39.0983 amuThe atomic number is 19 and the mass number of its most abundant isotope K-39 is 39 (19 protons + 20 neutrons) while the mass of that isotope is 38.96371 a.m.u.The relative atomic mass of the element potassium, K, is 39.10 g/mole.


What is the mass in grams of 0.5 moles of potassium?

The atomic mass of potassium, K is 39.1. This means that 1 mole of potassium has a mass of 39.1g. Mass of 0.5mol of K = 0.5 x 39.1 = 19.6g


What three pairs of elements are not order by atomic mass?

Three pairs of elements that are not ordered by atomic mass are: potassium (K, atomic mass ~39.1) and argon (Ar, atomic mass ~39.9), where potassium comes before argon in the periodic table; cobalt (Co, atomic mass ~58.9) and nickel (Ni, atomic mass ~58.7), where cobalt is placed before nickel; and iodine (I, atomic mass ~126.9) and tellurium (Te, atomic mass ~127.6), where iodine precedes tellurium. These examples highlight instances where the arrangement of elements does not strictly follow increasing atomic mass.