QuestionJuly 6, 2025

Bottom temperature has responded to a feed rate increase by staying at set point. This is: Feedback. Feedforward with dynamics.

Bottom temperature has responded to a feed rate increase by staying at set point. This is: Feedback. Feedforward with dynamics.
Bottom temperature has responded to a feed rate increase by staying at set point.
This is:
Feedback.
Feedforward with dynamics.

Solution
4.7(290 votes)

Answer

Feedback. Explanation 1. Define Feedback and Feedforward **Feedback** involves adjusting inputs based on the output to maintain a desired set point. **Feedforward** anticipates changes by adjusting inputs before the output is affected. 2. Analyze the Situation The bottom temperature staying at the set point despite a feed rate increase suggests that adjustments were made in response to the output, characteristic of feedback control.

Explanation

1. Define Feedback and Feedforward<br /> **Feedback** involves adjusting inputs based on the output to maintain a desired set point. **Feedforward** anticipates changes by adjusting inputs before the output is affected.<br /><br />2. Analyze the Situation<br /> The bottom temperature staying at the set point despite a feed rate increase suggests that adjustments were made in response to the output, characteristic of feedback control.
Click to rate:

Similar Questions