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Examples: 4120Ca, Ca-41, calcium-41; only the first is a scientific notation.
The isotopic notation for chlorine-35 is ( ^{35}_{17}Cl), representing the atomic mass (35) and atomic number (17) of chlorine.
The isotopic notation for carbon-14 is ^14_6C. This notation indicates the atomic number (6, which represents carbon) as a subscript and the mass number (14) as a superscript.
The isotopic notation for helium-4 is ^4He. This notation denotes the element's atomic number and mass number, which for helium-4 are 2 (atomic number) and 4 (mass number) respectively.
It is: 1.277*10^6 in scientific notation
Examples: 4120Ca, Ca-41, calcium-41; only the first is a scientific notation.
0.000729512 in scientific notation written to 3 significant places is 7.30x10-4.
1,002,000,000 in Scientific Notation = 1.002 x 109
If done correctly, the coefficient of the scientific notation has the same number of significant figures as the whole number.
If done correctly, the coefficient of the scientific notation has the same number of significant figures as the whole number.
The initial zeros are not significant digits. Therefore, the scientific notation for this number is 2.5 X 10.
123,679,000 in Scientific Notation = 1.23679 x 108
0.0006584 in Scientific Notation = 6.584 x 10-4
The answer depends on where the 0 appears.
0.007359525 in scientific notation to 4 significant figures is 7.359 x 10^-3.
0.010 in Scientific Notation = 1.0 x 10-2, since they specified the rightmost 0, it is considered significant.
The isotopic notation for calcium-35 is 35Ca. This indicates that the nucleus of the calcium atom contains 35 protons and neutrons combined.