Pid Lesson 4(Quiz/Final Lesson)

◀ Go to Lesson 3 of Pid

Quiz

What does PID stand for?

Proportional-Integral-Derivative

Predictive-Iterative-Dynamic

Position-Incremental-Directional

Primary-Interactive-Derived

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What is the "error" in PID control?

The control input.

The desired value.

The difference between the desired and actual values.

The rate of change of the output.

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Which PID component addresses accumulated past errors?

Proportional (P)

Integral (I)

Derivative (D)

All of the above

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Which PID component helps prevent overshooting by predicting future errors?

Proportional (P)

Integral (I)

Derivative (D)

None of the above

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In the PID formula, what does \( K_p \) represent?

Integral gain.

Derivative gain.

Proportional gain.

Error.

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What is the purpose of the control input \( u(t) \) in the PID formula?

To measure the error.

To calculate the desired value.

To adjust the system's output.

To predict future errors.

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What type of control is effective at removing steady-state errors?

Proportional control.

Integral control.

Derivative control.

All of the above.

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