Project translated automatically. Log in or register, to view the original Set a scheme of the algorithm, develop a design form and a program to process the one-dimensional massive, according to the options listed below.In the project to provide the introduction of the elements of the massive keyboard.When performing the program on the computer, the value of the elements of the massive (number sequence) will be selected independently.1) In a mass of 11 actual numbers, you will find a number of additional, distinctive and zero elements.2) In a massive of 7 whole numbers to place the elements of the massive in reverse order.3) In the tech service are stored tickets for the delivery to the repair of the radio equipment.Each ticket contains the following information: the name of the group of products (TV, radio receiver, etc.by p.), the brand of the products, the date of receipt in repair, the state of preparation of the order ( performed, not performed).Give information about the state of orders for the current time by groups of products.Create a Windows app that uses the Exceptional Situations Processing Mechanism that allows you to perform the translation of the actual number from one counting system to another.To indicate use the numbers 0 ... 9 and the letters of the Latin alphabet (big and small).4) Translation of the double number of the numbering system into the ninety-thirds.Create a dialogue app that uses the mechanism of processing exceptional situations, which allows you to carry out knowledge control on the topic "Logarithms' Properties" (adding logarithms, removing, etc.)The logaritm should be given in the dialogue mode.The program shall allow the calculation to be carried out in the indicated calculation systems with the accuracy specified in the dialogue mode: 5) in the decimal and twenty-thirds system of counting.Write a program on creating, adding, reviewing and solving the assigned task (in the examples this act is absent) for a linear list of the type of STECs.Realizing the sorting of the steak with two methods considered above.The solution of the assigned task is described in the form of a block scheme.In all tasks to create a list of positive and negative random whole numbers.6) From the created list to remove each unparalleled element.7) Father - light (changing the previous signal to row (in consistency: red -> red + yellow -> green -> yellow -> red -> red + yellow -> ...)).Success - light with a shot turn (activating it with a continuity length (yellow without a shot -> red without a shot -> red with a shot -> red + yellow without a shot -> ...); disconnecting the shot turn with a return to the previous continuity).

Proposals 3