Code must follow Pep8 guidelines Exercise 5.2 (calculator.py).Write a small calculator that can compute arcsin, arccos, arctan and square root of a number.Use math.sqrt(), math.asin(), math.acos(), and math.atan (). Remember to import math.Make sure to check for each function that the input is valid.FunctionValid Input Should bemath.sqrt() non-negativemath.asin()between -1 and 1math.acos()between -1 and 1math.atan () any number 1 $ python3 calculator.py2 Enter a number to use: 16Which operation? sqrt (s), arcsin (a), arccos (c), arctan (t): s* The square root of the input is5 4.0⚫ $ python3 calculator.py7 Enter a number to use: 1.1Which operation? sqrt (s), arcsin (a), arccos (c), arctan (t): aInput should be between -1 and 110 $ python3 calculator.py11 Enter a number to use: 0.512 Which operation? sqrt (s), arcsin (a), arccos (c), arctan (t): aThe arcsine of the input is14 0.523598775598298915 $ python3 calculator.py1 Enter a number to use: 100017 Which operation? sqrt (s), arcsin (a), arccos (c), arctan (t): tis The arctangent of the input is11.5697963271282298

First let us write the code for given one: CODE: import math def main(): print("Welcome to the…

Answered: Exercise 5.2 (calculator.py). Write a…

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter5: Control Structures Ii (repetition)

Section: Chapter Questions

Problem 14PE

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Python question please include all steps and screenshot of code. Also please provide a docstring, and comments throughout the code, and test the given examples below. Thanks. Implement function heads() that takes no input and simulates a sequence of coin flips.The simulation should continue as long as 'HEAD' is flipped. When the outcome of a flipis 'TAIL', the function should return the number of 'HEAD' flips made up to that point.For example, if the simulation results in outcomes 'HEAD', 'HEAD', 'HEAD', 'TAIL', thefunction should return 3. NOTE: Recall that random.choice(['HEAD', 'TAIL']) returns'HEAD' or 'TAIL' with equal probability.>>> heads()0 # TAIL is the outcome of the first coin flip>>> heads()2 # The coin flips were HEAD, HEAD, TAIL>>> heads()1 # The coin flips were HEAD, TAIL>>> heads()5 # The coin flips were HEAD, HEAD, HEAD, HEAD, HEAD, TAIL
write a program in R that allows a user to do some basic math functions and return the results Instructions For this assignment, you need to create a program that allows the user to do some basicmath functions.First, ask the user if they would like to find out sqrt, log or factorial of a number, and return the results.
please write the python code to implement without error for this problem. I am stuck.
public static int Ack(int m, int n) { if (m == 0) { return n + 1; } else if (n == 0) { return Ack (m } else { } } return Ack (m - - 1, 1); 1, Ack (m, n- What is the return value of this function for a. Ack(0,0) b. Ack(0,3) c. Ack(0,6) Can you use the above three samples and come up with a formula for Ack(0,n)? 1));
Write a program that paints the 4 areas inside the mxm square as follow: Upper left: black. RGB (0, 0, 0) Upper right: white. RGB (255, 255, 255) Lower left: red. RGB (255, 0, 0) Lower right: random colors Random colors Hint: Define a function that paints one of the four squares. Call the function 4 times to complete the painting. (painting means setting the pixels)
For this exercise, you will create several recursive functions in order to get a better understanding of how recursion works. In exercise 2, we will illustrate using recursion for creating art. Create a new project in IntelliJ called Recursion. Add a new Java class called Recursion with a public static main function. You will add several functions to your Recursion class as follows: 1 Write a recursive function int sum(int n) that adds up the numbers from n to 1 and print your result. For example from main do the following: Recursion recursion = new Recursion();System.out.println(recursion.sum(6)); 1.2 Write a recursive function factorial(int n) that calculates the factorial of n. Print out the results. Add your function to your Recursion class. 1.3. Write a recursive function powerOf10(int n) that calculates 10n. 1.4. Write a more general recursive function powerOfN(int x, int p) that calculates the power of xp. Do not use the Math.pow function. 1.5.…
Your first task will be to write a simple movement simulator on a snakes and ladders board. For this questionyou can ignore the snakes and ladders and just simply assume you only have to deal with moving. You willneed to simulate rolling the die - this can be done by using the Python random module and the randint method.Your function play_game will take as input the length of the board (an integer), "play" the game by rolling the diemultiple times until the sum of rolls is larger or equal to the length of the board. (note: this is one of the possibleand simplest end rules). The function should return the total number of rolls required to finish the the particulargame that was played. Obviously this number will vary as it depends on the specific random rolls performedduring the movement simulation.
Can you help me write a Java program for loops unit?
Please help with creating the code as follows: Task 2(a): Implement the FFT algorithm using the above pseudocode as the function FFT(). Notethat we have introduced a sign parameter in the FFT pseudocode to specify the sign of the exponent in ωn.If sign is 1, ωn = e2πi/n. If sign is -1, ωn = e−2πi/n.Task 2(b): Then implement the inverse FFT as the function IFFT() that calls the FFT function youwrote with the appropriate inputs, and then normalizes the output by n. Example Task 2(a): Fast Fourier Transform FFT <input_file.txt> <output_file.txt>where input_file.txt contains the coefficients of the polynomial, this query should read thenumbers from input_file.txt, compute the FFT, and output the result to output_file.txt.Note: This FFT query has the same name as the FFT function in the pseudocode. It should beclear from the context which one we are referring to.Example 1:task2a_input1.txt1.0002.0003.000FFT task2a_input1.txt…
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I need this in Python
lllustrating your answer using the buggy code below, explain in your own words what it means for variables to be defined “as locally as possible”, and why it is important. This code is intended to print one of two messages depending on whether an integer input is less than a secret number or not. The function, inputInt, correctly prints the given String and then returns a number input by the user.

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