C++ The restaurant owner wants to give those attending a specific dish, but the method yields a lot more food than what he can give. Because of this, the kitchen staff is interested in creating a meal with fewer ingredients but with identical ingredient ratios. Yet, the cook dislikes fractions. The cook desires that the decreased method also include just whole numbers of items since the earlier method only called for entire numbers. Assist the cook in deciding the quantity of each ingredient to use to produce the least amount of food. Input 3 244 3234 43 1596 Output 11 234 1532

Code a game of sudoku in C++ where the user needs to guess the missing numbers in the grid. The grid will be displayed with given random numbers and the empty places where the user needs to find the number. The user will be given three attempts to solve it, on the third attempt they will be prompted on whether they want to replay the game or quit.

Java Programming: Write a command line game that plays a simple version of blackjack. The program should generate random numbers between 1 and 10 each time the player gets a card. It should keep a running total of the players cards, and ask the player whether or not it should deal another card. Sample output for the game is written below. Your program should produce the same output. The players get two cards to start with. Then they are asked if they want more cards. Players can continue to take as many cards as they like. The goal is to get close to 21 without going over. If the total is greater than 21 we say the player "busted".

Data Generator Most application depends on data. In IoT data is collected/generate by sensors. Since, we do not have access to sensors, we will have to generate data via code. The plotting a sufficient number of these data points (500 in this case) should get the following diagram or something very similar:   You will pick a quantity that you would like to simulate (such as temperature, humidity, barometric pressure, customers arriving at a mall, or just with an alternate descriptor) and decide what shape you will emulate.  This will guide you in selecting sensible value base lines for your data values. e.g., If you pick inside temperature then normal range will be 18-21oC. Design and build a class that will model your sensor reasonably well.  Notice how the peaks do not occur at regular interval, nor are they the same height. Even the squiggles are the same shapes. You will create a class with a single public member (property) that give you a “random” value in your intended range and…