Lab Objectives This lab was designed to reinforce programming concepts from Chapter 4 & 5 of C++ Programming: Program Design Including Data Structures, 8th Edition. In this lab you will practice: Problem Description Based on the provided code, create a C++ program as required to display the information for multiple circles. You may name it as Program6_ControlStructures_YourName.cpp. Programming Steps Develop your program with control structures following these steps. Step 1: 1. Create a program as in the following picture 2. Add one more statement after line 12 to print out the area of this circle Input request & validation • Nested for loops • Using counter-controlled repetition Now this program is to display circumference & area of 10 circles with the counter of each iteration as the radius 1 #include 2 using namespace std; 3 4 6 7 8 int main() { cout << "Your Name will create a program with control structures.\n\n"; const double PI = 3.1415; int ct = 10; 9 10 11 12 13 14 15 16 17 18) for (int i=0; i

Objective: Practice writing recursive functions in python3  Make the five recursive functions described below in python3 by using the starter code recursive_functions.py. For each function, figure out how to solve it conceptually : write down the base case (when recursion stops) and how each recursive function-call moves towards the base case. The functions should not print anything (except you may add temporary print statements to help debug them). You can test your program by using the provided program test_recursive_functions.py. Don't edit the test program. Put it into the same directory (folder) with your recursive_functions.py and run it. It will import your functions as a module, test your functions, and tell you when each function is returning correct results. 1. Factorial In math, if you have a number n, the factorial function (written n!) computes n x (n-1) x (n-2) x (n-3) x ... x 1. For example: 0! is defined to be 1 1! = 1 2! = 2 x 1=2 3! = 3 x 2 x 1=6 4! = 4 x 3…

Write a program that accepts two four-digit binary numbers, converts them to decimal values, adds them together, and prints both the decimal values and the result of the addition.   Requirements: Functionality. (80pts) No Syntax Errors. (80pts*) *Code that cannot be compiled due to syntax errors is nonfunctional code and will receive no points for this entire section. Clear and Easy-To-Use Interface. (10pts) Users should easily understand what the program does and how to use it. Users should be prompted for input and should be able to enter data easily. Users should be presented with output after major functions, operations, or calculations. All the above must apply for full credit. Users must be able to enter a 4-bit binary number in some way. (10pts) No error checking is needed here and you may assume that users will only enter 0’s and 1’s, and they will only enter 4 bits. Binary to Decimal Conversion (50pts) You may assume that users will only give numbers that add up to…

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