The velocitites of an electron (me = 9.1 . 10-31 kg), a proton (mp = 1.7.10-27 kg), a ladybug (mbug = 50 mg) and the moon (mmoon = 7.3 1022 kg) could be determined with an uncertainty of velocity of Av = 1.8 mm/s. Calculate the uncertainty of space Ax.

Chemistry by OpenStax (2015-05-04)
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Author:Klaus Theopold, Richard H Langley, Paul Flowers, William R. Robinson, Mark Blaser
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Chapter21: Nuclear Chemistry
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Problem 6E: Calculate the density of the M1224g nucleus in g/L, assuming that it has that it has the typical...
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The velocitites of an electron (me = 9.1 · 10-31 kg), a proton (mp = 1.7.10-27 kg), a
ladybug (mbug = 50 mg) and the moon (mmoon = 7.3 1022 kg) could be determined
with an uncertainty of velocity of Av = 1.8 mm/s. Calculate the uncertainty of space
Ax.
Transcribed Image Text:The velocitites of an electron (me = 9.1 · 10-31 kg), a proton (mp = 1.7.10-27 kg), a ladybug (mbug = 50 mg) and the moon (mmoon = 7.3 1022 kg) could be determined with an uncertainty of velocity of Av = 1.8 mm/s. Calculate the uncertainty of space Ax.
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