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Air 7. The bubbler system shown to the right is used to measure the Supply level of molten glass in a vat. 17 a. Write the STE for this system relating the output from the transmitter to the height of the process fluid relative to the Max. Level bottom of the tank. b. Determine the input range and span to the transmitter in 48 terms of the height of process fluid in the tank (with So -25 reference to the bottom of the tank). Min Level c. Calculate APiav and APURy in inH20. 12 + + 12 Bottom of Tank

Air 7. The bubbler system shown to the right is used to measure the Supply level of molten glass in a vat. 17 a. Write the STE for this system relating the output from the transmitter to the height of the process fluid relative to the Max. Level bottom of the tank. b. Determine the input range and span to the transmitter in 48 terms of the height of process fluid in the tank (with So -25 reference to the bottom of the tank). Min Level c. Calculate APiav and APURy in inH20. 12 + + 12 Bottom of Tank

Elements Of Electromagnetics
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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Air 7. The bubbler system shown to the right is used to measure the Supply level of molten glass in a vat. 17 a. Write the STE for this system relating the output from the transmitter to the height of the process fluid relative to the Max. Level bottom of the tank. b. Determine the input range and span to the transmitter in 48 terms of the height of process fluid in the tank (with SG -2.5 reference to the bottom of the tank). Min. Level c. Calculate APLRV and APury in inH;0. 12 + * 12 Bottom of Tank
Transcribed Image Text:Air 7. The bubbler system shown to the right is used to measure the Supply level of molten glass in a vat. 17 a. Write the STE for this system relating the output from the transmitter to the height of the process fluid relative to the Max. Level bottom of the tank. b. Determine the input range and span to the transmitter in 48 terms of the height of process fluid in the tank (with SG -2.5 reference to the bottom of the tank). Min. Level c. Calculate APLRV and APury in inH;0. 12 + * 12 Bottom of Tank
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