Given the following PDA M, the correct statements are: b, aaa; e 3 q1 a, €; aa q0 ε,είε L(M)= {a'b: 3i2j+ 1}. L(M)= {abi: 2i = 3j + 1}. OL(M)= {alb: 3i = 3j}. OL(M)= {albi: 2i = 3j}. E, a; E q2

COSC 1336 – Programming Fundamentals IProgram 8 – Simple Functions Write in Python Program: The quadratic formula is used to solve a very specific type of equation, called a quadratic equation. These equations are usually written in the following form:ax2 + bx + c = 0The Quadratic Formula x = ( -b ± √( b^2 - 4ac ) ) / ( 2a ) Where a, b, and c are constants with a ≠ 0. (If a = 0, the equation is a linear equation.)The discriminant is the part of the formula in the square root. If the value of the discriminant is zero then the equation has a single real root. If the value of the discriminant is positive then the equation has two real roots. If the value of the discriminant is negative, then the equation has two complex roots.Write a program that finds the roots of the quadratic equation using the Quadratic Formula. Write a function named discriminant in the file, Disc.py, to calculate and return the discriminant of the formula. Let the main function call the discriminant function and…

Matlab Write a statement that assigns windChill (C) with the wind chill given airTemp (T) and windSpeed (W).

Suppose you wanted to harness to power of wind to generate electricity. One question you might want to ask is: what is the amount of power my wind turbine can produce? To answer this question, you will need at least the following information: The average wind speed (in m/s) The operating efficiency of your wind turbine (in %) The radius of the blades on your wind turbine (in meters) To compute the maximum power output for your wind turbine, you would need the following math formulas: A= πr2, which represents the cross-sectional area of a circle (π = 3.14159265). Pmax = 0.5ρAv3, which calculates the maximum available power given the wind speed in m/s (ν), cross-sectional area of the blades in m2 (A), and the density of the air (ρ = 1.2 kg/m3). Once you have the maximum available power, computing the actual amount of power (not the maximum) produced by the wind turbine is a matter of determining the amount of power based on the operating efficiency. Exercise #1: Create a Java class…