Create a program named yourID_random.py student ID). Add the following functionality to your program. ● Use python's random module to pick two random integers between the range [10,100] (inclusive). Suppose, the minimum and the maximum of these two integers are start and stop, respectively. Print the values of start and stop, in this order, to the screen. Hint: use built-in functions max() and min(). . Write a precondition, event-controlled loop (i.e., a while loop), (replace your/D with your Carleton ● that prints all numbers returned by range(start, stop, 3) to the terminal. Ask the user repeatedly for a positive integer x, (input validation is not necessary), until the user enters "quit". If x falls outside this range [start, stop] (inclusive), print all those numbers that are in [start, stop], and that divide x. That is, if x gets divided by those numbers, there will be no remainder. Upload yourID_random.py file using the option available at the end of this question. You do not need to zip this file. Comments are not necessary. A sample output is available here (the user input is colored).

Create a program named yourID_random.py student ID). Add the following functionality to your program. ● Use python's random module to pick two random integers between the range [10,100] (inclusive). Suppose, the minimum and the maximum of these two integers are start and stop, respectively. Print the values of start and stop, in this order, to the screen. Hint: use built-in functions max() and min(). . Write a precondition, event-controlled loop (i.e., a while loop), (replace your/D with your Carleton ● that prints all numbers returned by range(start, stop, 3) to the terminal. Ask the user repeatedly for a positive integer x, (input validation is not necessary), until the user enters "quit". If x falls outside this range [start, stop] (inclusive), print all those numbers that are in [start, stop], and that divide x. That is, if x gets divided by those numbers, there will be no remainder. Upload yourID_random.py file using the option available at the end of this question. You do not need to zip this file. Comments are not necessary. A sample output is available here (the user input is colored).

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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