If you have two instruments used to measure a temperature of 45 C inside the factory. However, the two instruments gave different readings for different trials as follows: a) Which instrument is more accurate and why? b) Which instrument is more precise and why? c) Consider that you had to calibrate both instruments, (Reconstruct the table with the new readings after calibration). d) After calibration, which instrument is more accurate and why? e) After calibration, which instrument is more precise and why? f) How can we know if this instrument undergoes a sensitivity drift or not? please solve this, espically part C

If you have two instruments used to measure a temperature of 45 C inside the factory. However, the two instruments gave different readings for different trials as follows: a) Which instrument is more accurate and why? b) Which instrument is more precise and why? c) Consider that you had to calibrate both instruments, (Reconstruct the table with the new readings after calibration). d) After calibration, which instrument is more accurate and why? e) After calibration, which instrument is more precise and why? f) How can we know if this instrument undergoes a sensitivity drift or not? please solve this, espically part C

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Question

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If you have two instruments used to measure a temperature of 45 C inside the factory. However, the two instruments
gave different readings for different trials as follows:

a) Which instrument is more accurate and why?
b) Which instrument is more precise and why?
c) Consider that you had to calibrate both instruments, (Reconstruct the table with the new readings after calibration).
d) After calibration, which instrument is more accurate and why?
e) After calibration, which instrument is more precise and why?
f) How can we know if this instrument undergoes a sensitivity drift or not?

please solve this, espically part C

Instrument1 42.1
43.9 45.2
44.7 48.2
41.9
27.2
70.1
46.6
Instrument2
44.2
44.1
43.8
44.0
44.3
44.5
44.2
43.9
44.1

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