Using Looping Structures and Single Dimension Arrays make a c# program that displays a series of numbers from 1.0 to 9.5 in increments of 0.5 and from 100 down to 0 in increments of 5.

Create a c programming flowgorithm chart for the following: You must use at least two different arrays A character array to store the welcome message (note: when creating your flowchart you will need to declare this message with the string data type as a variable and assign the message).  Use the puts() function to display the message to the screen. An array with a float datatype to store the prices of the items Prompt the user to enter how many items they have to total.  Use a for() statement to fill the array using the value the user entered as the end point of the loop. Use an accumulating total statement to compute the total sales There is a constraint - if the price of any one item is greater than $10.00 it is considered invalid, you must use a repetitive statement to display a message and force the user to enter a value less than $10.00 You need to create a function to compute the final total using a sales tax of 6% (.06)

reate an enumeration named Planet that holds the names for the eight planets in our solar system, starting with MERCURY equal to 1 and ending with NEPTUNE. Write a program named Planets that prompts the user for a numeric position, and display the name of the planet that is in the requested position. In C#

Game of Hunt in C++ language   Create the 'Game of Hunt'.  The computer ‘hides’ the treasure at a random location in a 10x10 matrix. The user guesses the location by entering a row and column values. The game ends when the user locates the treasure or the treasure value is less than or equal to zero. Guesses in the wrong location will provide clues such as a compass direction or number of squares horizontally or vertically to the treasure. Using the random number generator, display one of the following in the board where the player made their guess: U#  Treasure is up ‘#’ on the vertical axis (where # represents an integer number). D# Treasure is down ‘#’ on the vertical axis (where # represents an integer number) || Treasure is in this row, not up or down from the guess location. -> Treasure is to the right. <- Treasure is to the left. -- Treasure is in the same column, not left or right. +$ Adds $50 to treasure and no $50 turn loss. -$ Subtracts…