1.4. The resistance of a doped germanium crystal obeys the equation log R' = 4.697 – 3.917 log T. %3D (a) In liquid helium cryostat, the resistance is measured to be 218 N. What is the temperature?
1.4. The resistance of a doped germanium crystal obeys the equation log R' = 4.697 – 3.917 log T. %3D (a) In liquid helium cryostat, the resistance is measured to be 218 N. What is the temperature?
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![1.4. The resistance of a doped germanium crystal obeys the equation
log R' = 4.697 – 3.917 log T.
(a) In a liquid helium cryostat, the resistance is measured to be 218 N. What is the
temperature?
(b) Make a log-log graph of R' against T from 200 to 30,000 N.
Th
nocictance of a nlatinum wire is found to be 11.000 at the ice point, 15.247 N at](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc7fdc41a-d21e-46aa-bd84-b8a9b5725d7c%2F128f7587-6f52-4b5a-a9ef-7b1e881a35a6%2Ftbopa8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1.4. The resistance of a doped germanium crystal obeys the equation
log R' = 4.697 – 3.917 log T.
(a) In a liquid helium cryostat, the resistance is measured to be 218 N. What is the
temperature?
(b) Make a log-log graph of R' against T from 200 to 30,000 N.
Th
nocictance of a nlatinum wire is found to be 11.000 at the ice point, 15.247 N at
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