json_loader Define a function named json_loader with one parameter: • the parameter is a string storing the URL we wish to load; Your function must read the JSON blob stored at that URL. It should return that result of converting that blob into usable Python data.

I need help on my python assignment.

Under the hood, all Python data types need to be represented as binary integers to be understood by the computer's hardware. You will write a program to peek under the hood at the decimal and binary representation of characters. You will need two new Python functions to perform the conversion that work similar to the built in type conversion functions. The ord() function is used to convert a letter to an integer. The bin() function converts an integer to a string representation of a binary number. To see how these functions work you should play with these functions in the shell, as we do in this example: >>> num = ord('A') >> print(num) 65 >> binary = bin(65) >> print(binary) Øb1000001 Write a program that asks the user for a letter and prints out both the integer and binary representations of the letter. It should ask the user for a character and then output the integer and binary representations of the character. Here is an example of what the output should look like if the user…

in the C++ version please suppose to have a score corresponding with probabilities at the end and do not use the count[] function. Please explain the detail when coding. DO NOT USE ARRAY. The game of Pig The game of Pig is a dice game with simple rules: Two players race to reach 100 points. Each turn, a player repeatedly rolls a die until either a 1 ("pig") is rolled or the player holds and scores the sum of the rolls (i.e. the turn total). At any time during a player's turn, the player is faced with two decisions: roll - if the player rolls 1: the player scores nothing and it becomes the opponents turn. 2 - 6: the number is added to the player's turn total and the player's turn continues. hold - The turn total is added to the player's score and it becomes the opponent's turn. This game is a game of probability. Players can use their knowledge of probabilities to make an educated game decision.   Assignment specifications Hold-at-20 means that the player will choose to roll…

You will need to build several (a minimum of 3) numerical arrays. You should use at least two different types float, double, integers, etc.  You will need to build a function that randomly assigns values to those arrays. (Hint: Think overloaded functions. You'll probably want several of these functions for each of the rules you ) You will then need to build functions which finds the average of the array and one that finds the sum/total of the array. When finding the sum or average, you will need to make sure your code does not accidentally change the array value.   This is for C++

Please write the correct code for this question. I really don't know what can be changed.

Specification You must write a script that prints a table of inches and their cquivalent centimcter values. You convert inches to centimeters using the formula cm = inches * 2.54 Centimeter values must be integers. At the top of the table should appear the labels "Inches" and "Centimeters", Under these labels should be a line of dashes. The centimeter values should align with the "Centimeters" label. In other words, it will work in exactly the same way as But it will do this in a different way. The script will create the table using 3 functions which you must write. • print_conversion_table • print_table_header • print_table_line These functions will be called using test code which you will find below. print_conversion_table This function must have the following header def print_conversion_table(min, max): This function will will print the conversion table. It will call print_table_header to print the labels at the top of the table. It will use a for loop to call print_line to print…

Program: final.py Specification First, download the template file, final.py. This file contains the function names and documentation. You are required to add a header comment block with your name, the file name, the current semester, and year. Do not change the function headers, just add your implementation for each function where indicated. Add descriptive comments to your code. Remember to indent all the code for the function. Here are the functions that you will write: • Calculating tips is a common operation and the first function you write for the final project will do exactly that. The function calculate_tip accepts two parameters, the bill amount and the percent to tip, and returns the amount of the tip to write into the bill. The function should return the string "Invalid charge amount" if the charge is not more that 0 and "Invalid tip percent" if the tip is less than 0. Function heading: def calculate tip(charge, tip_percent): Parameter Specification: charge is the total ch…

I ran the code and still got the same error. The code still needs the value head. Please fix the code and show screenshots of the correct code with the output. Make sure to use various test cases to test the code to make sure it works. Attached are images of the directions.

I am learning import and exports in Javascript (NOT HTML), and I have imported my first file in to the second file. The issue I am running into is its saying my num variable is not a function. I need help understanding where I went wrong in my second file. I am asking bartleby for help because all of Google talks about is html files. This is the first file below: function centi_to_milli(centi) {    return centi * 10; //multiply the length value by 10, Step A} function meter_to_centi(meter) {    return meter * 100; //multiply the length value by 100, Step B} function kilo_to_meter(kilo) {    return kilo * 1000; //multiply the length value by 1000, Step C} function inch_to_centi(inch) {    return inch * 2.54; //multiply the length value by 2.54, Step D} function feet_to_centi(feet) {    return feet * 30.48; //multiply the length value by 30.48, Step E} function yard_to_meter(yard) {    return yard / 1.094; //divide the length value of 1.094, Step F} function mile_to_meter(mile) {…