Write a function that return a random number chosen from the values -1, 0, 1. The function takes no parameters. Python please.
import random def getRandom(): return random.randint(-1,1) # Testing print(getRandom())
Write a function that return a random number chosen from the values -1, 0, 1. The...
Please answer the question thoroughly. Exercise 4.10. A number is chosen uniformly from the interval [0, 1). The random variable X outputs -2 if the chosen number falls in the interval [0, 1/4). It outputs 1 if the chosen number falls in the interval [1/2,2/3). Otherwise, the random variable iply outputs the chosen number. Find the distribution function Fx associated to X, find its discrete and continuous parts, Fxd and Fxe, and draw their graphs. Exercise 4.10. A number is...
Write a void function that generates a random number from 0 to 1 with two decimal digits and uses a proper parameter to return it. Write a C program that calls the function and displays the return value.
PYTHON 3: Write a function removeRand() that takes a dictionary d and an integer n as parameters. The function randomly chooses n key-value pairs and removes them from the dictionary d. If n is greater than the number of elements in the dictionary, the function prints a message but does not make any changes to d. If n is equal to the number of elements in d, the function clears the dictionary. Otherwise the function goes through n rounds in...
How to write python code that is a dice rolling function that generates random numbers. The dice rolling function takes two arguments: the first argument is the number of sides on the dice and the second argument is the number of dice. The function returns the sum of the random dice rolls. For example, if I call roll dice(6,2) it might return 7, which is the sum of randomly chosen numbers 4 and 3. It somewhere along the lines of:...
Python Write a function that takes in two numbers as parameters. The function will then return the value of the first parameters squared by the second parameter. Print the value of the return statement. Take a screenshot of both your code and your properly executed code after you have run it. Submit the screenshots here along with your .txt file.
Write a function named "write_string" that takes no parameters and doesn't return a value. This function will write the string "hockey" to a file named "sacrifice.txt". If a named "sacrifice.txt" already exists it should be overwritten. (Python) Can you help me?
1 write a Python function that takes in a list of integers and returns maximum and minimum values in the list as a tuple. Hint (can be done in one pass, you are not allowed to use built-on min and max functions.)max, min = find_max_min(my_list):2 write a Python function that takes in a list of integers (elements), and an integer number (num). The functions should count and return number of integers in elements greater than, less than, and equal to...
Write a Matlab function uni_rand that takes in two parameters a,b and returns a random number between a and b. The distribution of that number should be uniform ( all numbers between a and b equally likely )
Write a Python function isPrime(number) that determines if the integer argument number is prime or not. The function will return a boolean True or False. Next, write a function HowManyPrimes(P), that takes an integer P as argument and returns the number of prime numbers whose value is less than P. And then write a function HighestPrime(K) that takes integer K as an argument and returns the highest prime that is less than or equal to K. USE THE WHILE LOOP...
Please solve the program in C++(Recursive) Write a function called factorialIterative(). This function should take a single BIG integer (bigint) as its parameter n, and it will compute the factorial n! of the value and return it as its result (as a bigint). Write this functions using a loop (do not use recursion). 2. Write the factorial function again, but using recursion. Call this function factorialRecursive(). The function takes the same parameters and returns the same result as described in...