$($Python problem$)9\mathrm{.}4\mathrm{.}2$: Class and instance object types.

$9\mathrm{.}4\mathrm{.}2$: Class and instance object types.

$538018\mathrm{.}3244522.qx3zqy7$

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In the set$\_$voltage$()$ method of the VoltageRegulator class object, if device$\_$voltage is greater than the class attribute

minimal$\_$voltage, then assign instance attribute measured$\_$voltage with device$\_$voltage.

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class VoltageRegulator:

minimal$\_$voltage $=65$

def $($self$)$:

self.measured$\_$voltage $=$ self.minimal$\_$voltage

def set$\_$voltage$($self$,$ device$\_$voltage$)$:

$|\text{'}\text{'}$ Your code goes here

voltage$\_$regulator$\_$data$1=$ VoltageRegulator$()$

voltage$\_$regulator$\_$data$1.$set$\_$voltage$($int$($input$()))$

print$($f$\text{'}$Regulated voltage at time $1$: $\{$voltage$\_$regulator$\_$data$1.$measured$\_$voltage$\}\text{'})$

voltage$\_$regulator$\_$data$2=$ VoltageRegulator$()$

In the set$\_$voltage$()$ method of the VoltageRegulator class object, if device$\_$voltage is greater than the class attribute minimal$\_$voltage, then assign instance attribute measured$\_$voltage with device$\_$voltage.

Click here for example

Ex: If the input is:

$25$

$82$

then the output is:

Regulated voltage at time $1$: $65$

Regulated voltage at time $2$: $82$