Solution Found!
A heat transfer process has the following transfer
Chapter 14, Problem 14.1(choose chapter or problem)
A heat transfer process has the following transfer function between a temperature T and an inlet flow rate q where the time constants have units of minutes: T'(s) 3(1-s) Q'(s) s(2s+1) If the flow rate varies sinusoidally with an amplitude of 2 Llmin and a period of 0.5 min, what is the amplitude of the temperature signal after the transients have died out?
Questions & Answers
QUESTION:
A heat transfer process has the following transfer function between a temperature T and an inlet flow rate q where the time constants have units of minutes: T'(s) 3(1-s) Q'(s) s(2s+1) If the flow rate varies sinusoidally with an amplitude of 2 Llmin and a period of 0.5 min, what is the amplitude of the temperature signal after the transients have died out?
ANSWER:Problem 14.1
A heat transfer process has the following transfer function between a temperature T and an inlet flow rate q where the time constants have units of minutes:
If the flow rate varies sinusoidally with an amplitude of 2 L/min and a period of 0.5 min, what is the amplitude of the temperature signal after the transients have died out?
Step by Step Solution
Step 1 of 5
Given data:
The time period is 
The amplitude of the flow rate is 