2. Consider a 2D solid, composed of N atoms over an area A. Using the Debye approximation, find the average energy (E) and specific heat Cy. How does Cy behave at low T? Confirm that your result also recovers the proper values in the classical limit.
2. Consider a 2D solid, composed of N atoms over an area A. Using the Debye approximation, find the average energy (E) and specific heat Cy. How does Cy behave at low T? Confirm that your result also recovers the proper values in the classical limit.
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![2. Consider a 2D solid, composed of N atoms over an area A. Using the Debye approximation, find the
average energy (E) and specific heat Cy. How does Cy behave at low T? Confirm that your result also
recovers the proper values in the classical limit.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fca3ba8e5-f645-4995-8cfb-fb270cc0978f%2Fdf85029d-34ff-47bf-8609-76822cf03aec%2Fqmnz3ji_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Consider a 2D solid, composed of N atoms over an area A. Using the Debye approximation, find the
average energy (E) and specific heat Cy. How does Cy behave at low T? Confirm that your result also
recovers the proper values in the classical limit.
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