Consider an isolated bismuth atom being held in its equilibrium lattice site position by the mutual interaction with the neighboring atoms. If the spring constant driving the bismuth atom back into its equilibrium lattice site is 31.1 N/m, what is the amplitude of the oscillation at a temperature of -34 degree Celcius? The atomic mass of bismuth is given in the periodic table. Give your answers in units of Angstrom with 3 digits precision, rounding off to three decimal places, i.e. the nearest thousandths.
Consider an isolated bismuth atom being held in its equilibrium lattice site position by the mutual interaction with the neighboring atoms. If the spring constant driving the bismuth atom back into its equilibrium lattice site is 31.1 N/m, what is the amplitude of the oscillation at a temperature of -34 degree Celcius? The atomic mass of bismuth is given in the periodic table. Give your answers in units of Angstrom with 3 digits precision, rounding off to three decimal places, i.e. the nearest thousandths.
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Transcribed Image Text:Consider an isolated bismuth atom being held in its equilibrium lattice site position by the mutual
interaction with the neighboring atoms. If the spring constant driving the bismuth atom back into
its equilibrium lattice site is 31.1 N/m, what is the amplitude of the oscillation at a temperature of
-34 degree Celcius? The atomic mass of bismuth is given in the periodic table. Give your answers
in units of Angstrom with 3 digits precision, rounding off to three decimal places, i.e. the nearest
thousandths.
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