$4-$ Imagine an HP E$3631$A power supply with its voltage limit set to $10$ volts and its current limit set to $\backslash (\backslash$mathbf$\{0.05\}\backslash )$ amperes. The supply is turned on with no load connected.

$($a$)$ What open$-$circuit voltage will an Agilent $34405$ DMM connected across the supply in DC voltage mode show? $(2$ points$)$

$($b$)$ What open circuit voltage will an Agilent $34405$ DMM connected across the supply in AC voltage mode show? $(2$ points$)$

$($c$)$ What will the voltmeter in the power supply show? $(2$ points$)$

$($d$)$ What will the ammeter in the power supply show? $(2$ points$)$

$($e$)$ Will the annunciator at the right of the display show $"$cv$"$ or $"$cc$"?(2$ points$)$

A $\backslash (\backslash$mathbf$\{500\}\backslash )-$ohm resistor is connected across the output of this power supply.

$($f$)$ What will the voltmeter in the power supply show? $(2$ points$)$

$($g$)$ What will the ammeter in the power supply show? $(2$ points$)$

$($h$)$ Will the annunciator at the right of the display show $"$cv$"$ or $"$cc$"?(2$ points$)$

If the $500-$ohm resistor is taken away and replaced with a $100-$ohm resistor across the output of this power supply,

$($i$)$ What will the voltmeter in the power supply show? $(2$ points$)$

$($j$)$ What will the ammeter in the power supply show? $(2$ points$)$

$($k$)$ Will the annunciator at the right of the display show $"$cv$"$ or $"$cc$"?(2$ points$)$

$($I$)$ How much power will the $100-$ohm resistor dissipate? $(3$ points$)$