Task 3 On the basis of log-magnitude plot: a) provide G(s) of the plant, b) give the formula of Lm(w) (5 components), c) give the formula of (w) (5 components), d) plot the log-phase characteristics. Lm (0) 40 30 | Lm. 20 10 Lm2 Lm 0 N -10 Lm -20 LM3 -30 -40 10' 10 10 10 10 10 0 Write a function find_words (text, beginnigs) that will search for the beginnings of words in the text. Function should return the number of words in text and fill the array containing indexes of character positions, where the words start. Words are separated by spaces. Display the result to the user. Use an example text to call the function. Example call: int beginnings (100); char text[] = "This is an Information Engineering retake test"; int word_count = find_words (text, beginnings); // word_count = 7, beginnings = {0, 5, 8, 11, 23, 35, 42} // display the result to the user Task 3 On the basis of log-magnitude plot: a) provide G(s) of the plant, b) give the formula of Lm(w) (5 components), c) give the formula of (w) (5 components), d) plot the log-phase characteristics. Lm (0) 40 30 | Lm. 20 10 Lm2 Lm 0 N -10 Lm -20 LM3 -30 -40 10' 10 10 10 10 10 0 Write a function find_words (text, beginnigs) that will search for the beginnings of words in the text. Function should return the number of words in text and fill the array containing indexes of character positions, where the words start. Words are separated by spaces. Display the result to the user. Use an example text to call the function. Example call: int beginnings (100); char text[] = "This is an Information Engineering retake test"; int word_count = find_words (text, beginnings); // word_count = 7, beginnings = {0, 5, 8, 11, 23, 35, 42} // display the result to the user