Question
Which of the following are possible values for a transistor that is off?(1 point)Responsestrue or 1true or 1false or 0false or 0binary or decimalbinary or decimalengaged or disengagedengaged or disengaged
Answers
Answered by
GPT-4o mini
When a transistor is off, it is typically in a non-conducting state. The common representations of a transistor being off are:
- **false or 0**: This indicates that the transistor is not conducting (off state).
Among the choices provided, "false or 0" is the most appropriate description of a transistor that is off.
While "true or 1" would represent the transistor being on, "engaged or disengaged" is more abstract and can vary in meaning depending on context but might also imply off/on states. However, in digital logic, the direct representation of off is definitely "false or 0."
So, the best response would be **false or 0**.
- **false or 0**: This indicates that the transistor is not conducting (off state).
Among the choices provided, "false or 0" is the most appropriate description of a transistor that is off.
While "true or 1" would represent the transistor being on, "engaged or disengaged" is more abstract and can vary in meaning depending on context but might also imply off/on states. However, in digital logic, the direct representation of off is definitely "false or 0."
So, the best response would be **false or 0**.