Questions for Experiment $16$

The base current in Fig. $16-1$ is closest to:

$($a$)0$ ;

$($b$)20A$;

$($c$)470A$;

$($d$)10$ mA $.$

The collector current in Fig. $16-2$ is closest to:

$($a$)0$ ;

$($b$)20A$;

$($c$)470A$;

$($d$)10$ mA $.$

The collector current in Fig. $16-3$ is closest to:

$($a$)0$ ;

$($b$)20A$;

$($c$)470A$;

$($d$)10$ mA $.$

The collector voltage in Fig. $16-4$ is closest to:

$($a$)0$ ;

$($b$)2$ V ;

$($c$)5$ V ;

$($d$)10$ V $.$

In Fig. $16-5,Q_1$ operates in which region?

$($a$)$ active;

$($b$)$ saturation;

$($c$)$ cutoff;

$($d$)$ breakdown.

In Fig. $16-5,Q_4$ operates in which region?

$($a$)$ active;

$($b$)$ saturation;

$($c$)$ cutoff;

$($d$)$ breakdown.

When the collector resistor of Fig. $16-1$ is shorted, $V_{CE}$ equals:

$($a$)0$ ;

$($b$)2$ V ;

$($c$)5$ V ;

$($d$)10$ V $.$

When the collector resistor of Fig. $16-1$ is open, $V_{CE}$ is closest to:

$($a$)0$ ;

$($b$)2$ V ;

$($c$)5$ V ;

$($d$)10$ V $.$

A technician is troubleshooting a circuit like Fig. $16-1$ and has measured the collectoremitter voltage. How can the region the transistor is operating in be determined?