Extended Task Exercise 7: Create a modular project which uses a host terminal application and a servo motor. The user can input a value between 1-9 which will move the servo motor to a specified position. An input of 1 moves the servo to 90 degrees left and 9 moves the servo to 90 degrees the right. Numbers in between 1-9 move the servo to a relative position, for example the value 5 will point the servo to the centre. You can reuse the GetKeylnput function from the previous exercise. You may also need to create a look up table function to convert the input value to a sensible PWM duty cycle value associated with the desired servo position.

The class I'm taking is assembly programming.    I have attached the instructions. i have also attached my work. Can you please tell me how to fix it so I can successfully run and compile program in visual studio . i keep getting syntax errors on line 11 and 12.  Thank you so much for your help!

Project Description: The goal of this project is to write a program that can read data from any publicly available IoT source device and display it clearly to the user. The program will need to be written in Python (or any other programming language of your choice) and will need to include the following features: 1. Data Reading: The program should be able to read data from any publicly available IoT source device, such as a camera or any other sensor. The type of device is up to you, but they should be able to provide a valid URL for the device. The program should read the data from the device at regular intervals and store it in a data structure. 2. Data Display: The program should display the data that it reads from the IoT source device in a clear and easy-to-read format. The display could be in the form of a text-based output or a graphical interface, depending on your preference. The display should include information about the source sensor, as well as the data that was read…

JAVA A popular technique used with GUI programs is a programming design called Model-View-Controller. This is a programming technique where you split your program up into three distinct portions - the model, view, and controller - and have each portion handle a single, separate function of the program. Model-View-Controller is not built in to any programming language, but is rather a method programmers use when designing their programs. The model handles the program's data. Whether it is a series of variables, some files, or a database, the model is responsible for managing and retrieving the data. The view, controller, and user never see or interact with the data directly; it all goes through the model. The view handles the presentation of the data. This would be the GUI design in a graphical program. The view does not retrieve the data, handle errors with the data, or manage user requests. The view's only purpose is to construct the visuals for whatever data is passed to it,…