1. (4 points) You apply a force of 10-lbs onto a A36 steel specimen using the measurements listed below. Calculate the strain applied to this specimen. b = 6 in h-2 in x = 8 in 2. (2 points) As an engineer working in a power plant you are tasked to select the temperature probes to measure the temperature of the main steam. At this plant, main steam temperature ranges from 990°F-1005°F at full output. What type of thermocouple probe would you select and why? 3. (4 points) The time constant for a thermal system is t = 2. Calculate the rise time and the complete response for the thermal system.
1. (4 points) You apply a force of 10-lbs onto a A36 steel specimen using the measurements listed below. Calculate the strain applied to this specimen. b = 6 in h-2 in x = 8 in 2. (2 points) As an engineer working in a power plant you are tasked to select the temperature probes to measure the temperature of the main steam. At this plant, main steam temperature ranges from 990°F-1005°F at full output. What type of thermocouple probe would you select and why? 3. (4 points) The time constant for a thermal system is t = 2. Calculate the rise time and the complete response for the thermal system.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:1. (4 points) You apply a force of 10-lbs onto a A36 steel specimen using the measurements
listed below. Calculate the strain applied to this specimen.
b = 6 in
h-2 in
x = 8 in
2. (2 points) As an engineer working in a power plant you are tasked to select the
temperature probes to measure the temperature of the main steam. At this plant, main
steam temperature ranges from 990°F-1005°F at full output.
What type of thermocouple probe would you select and why?
3. (4 points) The time constant for a thermal system is t = 2. Calculate the rise time and the
complete response for the thermal system.
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