On earth, tin has 10 different stable isotopes. The heaviest, 12Sn makes up 5.80% of naturally occurring tin atoms. How many atoms of 124Sn are present in 22.4 g of a natural sample of tin? Helpful tip: To enter a number in scientific notation, enter 1.0E5 or 1.0e5, for 1.0 x 105 where the E# (or e#) denotes 10 6.5917e21 atoms Scientific Notation: 6.5917 x 1021 124 Sn has an isotopic mass of 123.905 amu, calculate the Considering mass of this isotope in the sample. Mass 1.36e46 Scientific Notation: 1.36 x 1046
On earth, tin has 10 different stable isotopes. The heaviest, 12Sn makes up 5.80% of naturally occurring tin atoms. How many atoms of 124Sn are present in 22.4 g of a natural sample of tin? Helpful tip: To enter a number in scientific notation, enter 1.0E5 or 1.0e5, for 1.0 x 105 where the E# (or e#) denotes 10 6.5917e21 atoms Scientific Notation: 6.5917 x 1021 124 Sn has an isotopic mass of 123.905 amu, calculate the Considering mass of this isotope in the sample. Mass 1.36e46 Scientific Notation: 1.36 x 1046
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:On earth, tin has 10 different stable isotopes. The heaviest,
up 5.80% of naturally occurring tin atoms. How many atoms of 124Sn
present in 22.4 g of a natural sample of tin?
124Sn makes
are
Helpful tip: To enter a number in scientific notation, enter 1.0E5 or 1.0e5, for 1.0 x 105 where
the E# (or e#) denotes 10
6.5917e21
atoms
Scientific Notation: 6.5917 x 1021
Considering
124 Sn has an isotopic mass of 123.905 amu, calculate the
mass of this isotope in the sample.
Mass 1.36e46
Scientific Notation: 1.36 x 1046
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