yes to me Quiz Practice Quiz | yes to me

Q: In the context of electrical engineering, the phrase "yes to me" most likely refers to:

A hypothetical device or circuit that always outputs a high signal, regardless of input. — This describes a hypothetical circuit with a constant high output. The meaning is inferred, not explicit.

Q: If a circuit is designed to embody the concept of "yes to me", what is the expected output signal value (assuming a standard voltage representation) regardless of input?

High (e.g., +5V or +3.3V) — "Yes to me" implies a constant positive assertion, hence a high output voltage.

Q: Which of the following logic gates, by itself, best approximates the behavior of a "yes to me" circuit?

None of the standard gates. — Standard logic gates modify inputs. A "yes to me" circuit ignores them.

Q: A "yes to me" circuit can be implemented by:

Connecting the output pin directly to a positive voltage source. — The output needs to consistently be high. Direct connection to the positive supply achieves this.

Q: In a digital system, if a signal line behaves like a "yes to me" circuit, it means that the signal is:

Always asserted (high) or is a constant high level. — "Yes to me" implies a positive, unchanging high signal, independent of the rest of the circuit.

Question 1 of 5

In the context of electrical engineering, the phrase "yes to me" most likely refers to:

This describes a hypothetical circuit with a constant high output. The meaning is inferred, not explicit.

Question 2 of 5

If a circuit is designed to embody the concept of "yes to me", what is the expected output signal value (assuming a standard voltage representation) regardless of input?

"Yes to me" implies a constant positive assertion, hence a high output voltage.

Question 3 of 5

Which of the following logic gates, by itself, best approximates the behavior of a "yes to me" circuit?

Standard logic gates modify inputs. A "yes to me" circuit ignores them.

Question 4 of 5

A "yes to me" circuit can be implemented by:

The output needs to consistently be high. Direct connection to the positive supply achieves this.

Question 5 of 5

In a digital system, if a signal line behaves like a "yes to me" circuit, it means that the signal is:

"Yes to me" implies a positive, unchanging high signal, independent of the rest of the circuit.

yes to me Quiz