In [6]:

```
#Given
R=100.0*10**3 #ohm
C=1.0*10**-6 #Farad
ei=1
t1=1 #second
#Calculation
E=(ei*t1)/(R*C)
#Result
print"Voltage present at the output of the integrator after 1s is ", E,"V"
```

In [8]:

```
#Given
e1=1
er=5.0 #Volts
t1=1 #Second
#Calculation
t2=ei*t1/er
#Result
print"Time interval of t2 is ", t2,"s"
```

In [5]:

```
#Given
R=100.0*10**3 #ohm
C=2.0*10**-6 #farad
e1=2 #volts
t1=2 #S
#Calculation
e0=(e1*t1)/(R*C)
#Result
print"The output of the integrator is ", e0,"Volts"
```

In [8]:

```
#Given
e1=2 #Volts
t1=2 #second
e2=10.0 #Volts
t2=(e1*t1)/e2
print"Time interval is ",t2,"second"
```

In [3]:

```
#given
n=3
#Calculation
R=1/10.0**n
#Result
print"The resolution is ", R
```

In [13]:

```
#Given
n=5
V=12.98 #Volts
V1=1 #Volts
V2=10 #volts
#Calculation
R=1/10.0**n
R1=V1*R
R2=V2*R
#Result
print"(i) Resolution is ", R
print"(ii) Any reading upto 4th decimal can be displayed. \n Hence this will be displayed as 0.6973"
print"(iii) Resolution is ",R2,"\n Hence decimal upto 3rd decimal place can be displayed"
print"therefore on a 10 V range, the reading will be 0.697 instead of 0.6973"
```