Instructions:

Problems to be solved in the notebook.

prior to submission, delete all output, save your file and submit the file by email to musallub@fel.cvut.cz

Name of your file as... test1Name_Surname.nb

For questions involving circuits, work would be done on both paper and mathematica

QUESTION 1:
For the given voltage divider circuit create graph for the absolute transfer function values ​​in logarithmic coordinates, with GridLines, axes description with correct units, and plot graph in black colour with thick lines.
(3 Points). 

QUESTION 2 :
For ω = 3140 (s^(-1)) print list using the real and imaginary part of impedance (in decimals) for the input terminals of the specified scheme. (1 Point)

QUESTION 3 :
Using Solve, evaluate x-(a^2)==5, create function (imput is a) that returns specified value of x. (2 Points) 
Using Table to create a list of pairs for the function {(a^2),(((f[a]))^2)} for a∈<0,2> with the increment of 0.1. (1 Point)
Using ListPlot print the results and description, body in blue colour for different size. (1 Point)

QUESTION 4 :
Solve the equation 5(x^3)+1(x^2)+2x+1=0. (1 Point)
Compute the value of the equation: 8*((x1^x2)+(x2^x3)+(x3^x1)) and 5(x1+x2)*x3 and display the result using Print (use N function for evaluate results)(2 Point)

QUESTION 5 :
Using Tuples command to create list of group of three, where in the every position is  π,e,i.  (1 Point)
Use a MatrixForm, to create a Matrix from solution of la last question(1 Point)

There's a given datas {1,4,9,16,25,36,49,64,81,100,121,144,169,196,225,256}. Using StandartDeviation command, find the standart deviation from datas. (1 Point)
The result prints using the command Print.(1 Point)