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Q: How do you calculate the abundance of boron isotopes?
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How do you calculate the fractional abundance of Cl-37?

The fractional abundance is calculated by dividing the abundance of the isotope of interest by the abundance of all the isotopes of the element. For chlorine-37, the percent abundance is 0.2434, or 24.34%.


How many isotopes are in boron?

There is 13 isotopes in the element boron. xD


If The average mass of a boron atom is 10.81 what is the chance that you would randomly get one with a mass of 10.81?

Zero. There are NO boron atoms with a mass of 10.81 amu. The value of 10.81 is an average of the masses of the isotopes of boron.There are two stable isotopes of boron: boron-10 and boron-11, with masses of 10.012 amu and 11.009 amu. B-10 has a relative abundance of 19.9% and B-11 has a relative abundance of 80.1%.Do the math:10.012 x 0.199 + 11.009 x 0.801 = 10.81 amu


What are isotopes of boron?

Boron-11 (80%) and boron-10 (20%).


What is relative abundance of boron?

Boron-10: 19,9 % Boron-11: 80,1 %


Europium has a mass of 150.9196amu and a mass of m152.9209amu the average atomic mass of Eu is 151.96amu calculate the relative abundance of the two europium isotopes?

Europium 150.9196 has relative abundance of 51.99%, while Europium 152.9209 has a relative abundance of 48.04% (Assuming that these are the only 2 isotopes of Europium


How many isotopes does boron have?

Two stable ones, 10 & 11. Several unstable.


Is boron radioactive?

There are no radioactive isotopes of boron that are ordinarily found in nature. All elements have synthetic radioactive isotopes, however.


Is boron rare?

Boron is abundantEstimated Crustal Abundance: 1.0×101 milligrams per kilogramEstimated Oceanic Abundance: 4.44 milligrams per liter


How do you calculate the atomic mass of an element with different isotopes?

To calculate average atomic mass from different isotopes of an element, we take into account the relative atomic masses of isotopes and their relative abundance on Earth. The following formula is used to calculate the needful : atomic mass = mass of isotope x percent abundance + mass of isotope x percent abundance / 100 (whole expression divided by 100)


How can you explain this difference The element boron has an atomic mass of 10.81amu acoording to the periodic tablehowever no single atom of boron has a mass of exactly 10.81amu?

There are several isotopes of Boron, which have different levels of abundance. I don't know the accurate numbers, but say like 25% of Zu-isotopes are 1 amu, and 75% of Zu-isotopes is 2, it would be 1.75 amu for the Atomic mass. Relating Zu to B of course, what I mean is Boron's different isotopes appear in different abundances and have different masses. 14% of boron may be about 6.882 amu, but just think about it like the above analogy of Zu, where Zu either weighs 1 or 2, but never 1.75. By the way, to find amu for an element: (%1*Iso1)+(%2*Iso2)+[...]


What is the result when you total the individual percent abundance of isotopes of a given element?

How do you calculate percent abundance of an isotope?You find the isotope number and then you calculate that into a fraction and then turn the fraction into a percentage and divide it by the atomic number then times it by the mass and turn that answer into a percent and voila, there you have it.