Isotopes are variations of an element's atoms based on the number of neutrons in the nucleus. We define the element by the number of protons, which determine the atomic number of the element. However, these atoms can have a varying number of neutrons and each variation is classified as a different isotope.

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Bromine has two naturally occurring isotopes, the first of which is ^{79}Br with a mass of 78.904 amu and an abundance of 50.54%.

Bromine has two naturally occurring isotopes: 79Br with an abundance of 50.52% and 81Br with an abundance of 49.48%. The most stable form of bromine under standard conditions is the diatomic molecule, Br2. In a mass spectrum of bromine, at what m/z values; Bromine has two isotopes, Br-79 and Br-81. The relative atomic mass of bromine is 79.9.

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Bromine has two naturally occurring isotopes: Br-79 and Br-81. If Br-81 has a mass of 80.9163 and an abundance of 49.31%, what is the mass of Br-79?

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Naturally occurring gallium consists of two isotopes. One of those isotopes is 71Ga with an isotope mass of 70.9247050 amu and an abundance of ...

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Bromine has two naturally occurring isotopes, the first of which is ^{79}Br with a mass of 78.904 amu and an abundance of 50.54%.

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Bromine has two naturally occurring isotopes, the first of which is ^{79}Br with a mass of 78.904 amu and an abundance of 50.54%.

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Bromine has two naturally occurring isotopes: 79Br with an abundance of 50.52% and 81Br with an abundance of 49.48%.

Bromine has two naturally occurring isotopes, Br-79 and Br-81. The mass of Br-79 is 78.92 amu with a percent abundance of 50.69%. If the atomic mass of bromine is 79.904 amu, calculate the mass and percent abundance of Br-81. Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant.

Bromine has two naturally occurring isotopes. Bromine-79 has a mass of 78.918 amu (atomic mass unit) and is 50.69% abundant. Using the atomic mass reported on the periodic table, determine the mass of; Bromine has two naturally occurring isotopes, the first of which is ^{79}Br with a mass of 78.904 amu and an abundance of 50.54%.