In a linear circuit, the term ‘linear’ refers to the…..Response is directly proportional to the excitationResponse is inversely related to the sourceSource is inversely proportional to the responseNone of the these

The natural response is the behavior of the circuit after an independent source has been applied for a long time.Select one:TrueFalse

A linear relationship is an equation of the form y=mx+c . A linear relationship is: Question 3Select one: a. a proportionality when m=0 . b. a proportionality when c>0 . c. never a proportionality. d. always a proportionality. e. a proportionality when c=0 .

For example, when an ADL selective sensor is exposed to a mixture of molecules, it interacts with those for which the sensor is selective and rejects the other interfering molecules.Play video starting at :5: and follow transcript5:00The other feature which we will define right now is the so-called linearity. Linearity is the relative deviation of sensing behavior from ideal straight line.Play video starting at :5:13 and follow transcript5:13Ideal sensors are designed to be linear or linear to some simple mathematical function of the measurement, typically logarithmic. In practice, the relationship between the measured and the output of most transducers is not perfectly linear. And it is therefore necessary to find a way of using these devices to achieve the most accurate overall results.Play video starting at :5:42 and follow transcript5:42This can be achieved by constructing what is known as the best fixed rate line.Play video starting at :5:51 and follow transcript5:51Other features of the sensors is called resolution.Play video starting at :5:58 and follow transcript5:58This specification is the smallest detectable incremental change of input parameter that can be detected in the output signal.Play video starting at :6:8 and follow transcript6:08Often in a digital display, the least significant digit will fluctuate, indicating that changes of that magnitude are only just resolved.Play video starting at :6:23 and follow transcript6:23Response time, the response time is the time taken by a sensor to approach its through output when subjected to a step input.Play video starting at :6:35 and follow transcript6:35And this is again, is called as response time. Usually, response time is specified as time to raise to 90% of the final value, measured from the onset of step input change in measured variable.Play video starting at :6:56 and follow transcript6:56Hysteresis, hysteresis refers to the characteristic that a transducer has been unable to repeat faithfully in the opposite direction of operation.Play video starting at :7:10 and follow transcript7:10And in this case, the data that have been recording in one direction is different than that, that has been recorded in the other direction.Play video starting at :7:21 and follow transcript7:21Hysteresis is a major problem for sensing application, as two signals might be obtained for the same concentration, for example, depending on the directionality of the concentration.Play video starting at :7:37 and follow transcript7:37Life cycle, life cycle is the period of time over which the sensor will continuously operate.Play video starting at :7:46 and follow transcript7:46With this picture, we come now to the conclusions. For a conclusion, we got to know some sensorial characteristics that have to be taken into account when planning our sensors.Play video starting at :8:1 and follow transcript8:01With this,

Which of the contexts below could be modeled by a linear function?

Consider an RL circuit with an initial current of Io for t<0, and then for t>0, the circuit is excited with a 10 V DC source, the complete response of the circuit will be a combination of? Only steady-state valueOnly final valueBoth natural and final valuesOnly natural response