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Answer :
Final answer:
The expected output signal for an input temperature of 150°F is 6 psig.
Explanation:
To find the expected output signal for an input temperature of 150°F, we can use a proportional relationship between the temperature range and the output signal range. The temperature range of the transmitter is 100-200°F, and the output signal range is 3-15 psig. We can set up a proportion:
(150°F - 100°F)/(200°F - 100°F) = (x - 3 psig)/(15 psig - 3 psig)
Simplifying this equation, we get:
50/100 = x/12
Solving for x, we find that x = 6 psig. Therefore, the expected output signal for an input temperature of 150°F is 6 psig.
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