Consider a simple harmonic oscillator with w = 3 x 10+* Hz. At a temperature of 321 K, what is the average internal energy of a single harmonic oscillator in Joules? QUESTION 18 Consider a simple harmonic oscillator with w =3 x 10+ Hz. At a temperature of 374 K, what is the Helmholtz energy of a single harmonic oscillator in Joules?
Consider a simple harmonic oscillator with w = 3 x 10+* Hz. At a temperature of 321 K, what is the average internal energy of a single harmonic oscillator in Joules? QUESTION 18 Consider a simple harmonic oscillator with w =3 x 10+ Hz. At a temperature of 374 K, what is the Helmholtz energy of a single harmonic oscillator in Joules?
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![QUESTION 17
Consider a simple harmonic oscillator with W = 3 x 10+" Hz. At a temperature of 321 K, what is the average internal energy of a single harmonic oscillator in Joules?
QUESTION 18
Consider a simple harmonic oscillator with W = 3 x 10+" Hz. At a temperature of 374 K, what is the Helmholtz energy of a single harmonic oscillator in Joules?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8860e590-efe8-4350-bb0e-ef90976e389f%2F65a0b58a-90a0-4c8b-bda9-48611303772a%2F313nde8_processed.png&w=3840&q=75)
Transcribed Image Text:QUESTION 17
Consider a simple harmonic oscillator with W = 3 x 10+" Hz. At a temperature of 321 K, what is the average internal energy of a single harmonic oscillator in Joules?
QUESTION 18
Consider a simple harmonic oscillator with W = 3 x 10+" Hz. At a temperature of 374 K, what is the Helmholtz energy of a single harmonic oscillator in Joules?
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