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1. Based on Figure 2, at 210 sec, the thermometer reading in the 30°C air was most likely closest to which of the following? A. 22°C В. 25°С С. 27°С D. 32°C

1. Based on Figure 2, at 210 sec, the thermometer reading in the 30°C air was most likely closest to which of the following? A. 22°C В. 25°С С. 27°С D. 32°C

Biomedical Instrumentation Systems
Biomedical Instrumentation Systems
1st Edition
ISBN:9781133478294
Author:Chatterjee
Publisher:Chatterjee
Chapter16: Fiber Optics And Lasers In Bioinstrumentation
Section: Chapter Questions
Problem 1P
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1. Based on Figure 2, at 210 sec, the thermometer reading in the 30°C air was most likely closest to which of the following? A. 22°C В. 25°С С. 27°С D. 32°C
Transcribed Image Text:1. Based on Figure 2, at 210 sec, the thermometer reading in the 30°C air was most likely closest to which of the following? A. 22°C В. 25°С С. 27°С D. 32°C
You are NOT permitted to use a calculator on this quiz. PASSAGE A thermometer, at an initial temperature of 10°C, was placed in a 20°C liquid. As the temperature of the thermometer increased, it was recorded every second over a 10-second period. This procedure was repeated using a 30°C liquid and a 40°C liquid. (See Figure 1.) Key air temperature: 30°C 20°C ...... 10°C 40.0 Next, the same thermometer, but at an initial temperature of 40°C, was exposed to 30°C air. The temperature of the thermometer was recorded every 30 seconds over a 10-minute interval. 30.0 20.0 procedure was repeated using 20°C air and 10°C air. (See Figure 2.) This 10.0 (Note: Assume that neither the liquid temperatures nor the air temperatures changed during the intervals over which the thermometer temperatures 0.0 180 240 120 were recorded.) 420 480 300 time (sec) Figure 2 thermom eter temperature (°C) 09 09E 540 009
Transcribed Image Text:You are NOT permitted to use a calculator on this quiz. PASSAGE A thermometer, at an initial temperature of 10°C, was placed in a 20°C liquid. As the temperature of the thermometer increased, it was recorded every second over a 10-second period. This procedure was repeated using a 30°C liquid and a 40°C liquid. (See Figure 1.) Key air temperature: 30°C 20°C ...... 10°C 40.0 Next, the same thermometer, but at an initial temperature of 40°C, was exposed to 30°C air. The temperature of the thermometer was recorded every 30 seconds over a 10-minute interval. 30.0 20.0 procedure was repeated using 20°C air and 10°C air. (See Figure 2.) This 10.0 (Note: Assume that neither the liquid temperatures nor the air temperatures changed during the intervals over which the thermometer temperatures 0.0 180 240 120 were recorded.) 420 480 300 time (sec) Figure 2 thermom eter temperature (°C) 09 09E 540 009
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