Write a program that reads an integer (greater than 0) from the console and flips the digits of the number, using the arithmetic operators // and %, while only printing out the even digits in the flipped order. Make sure that your program works for any number of digits.

Write a program that takes the size of a file (in bytes) as input from the user and converts it to the nearest whole number binary prefix (B for byte, KB for kilobyte, MB for megabyte, GB for gigabyte), rounded down. Any file sizes greater than 1024 GB should just be converted to GB. Remember that there are 2^10 bytes in a kilobyte (not 1000), 2^20 bytes in a megabyte, and 2^30 bytes in a gigabyte.

This is the first of 13 weeks of assignments. These weeks will have 3-4 assignments per week. I would like to have all 13 weeks done for me. And I am willing to pay about 1k to be able to get it. Attached are the first 3 assignments

You are asked to complete 4 Jupyter notebooks which are provided with these guidelines:
a3 1.ipynb
a3 2.ipynb
a3 3.ipynb
a3 4.ipynb
A separate notebook has been provided for each question since the questions are independent of each other and so that the notebooks load and run faster. The questions are based on activities that you have already completedinlabs,mainlyduringweeks8-11ofthemodule(althoughearlier material may also be relevant). Any code you have developed during the labs can be submitted as part of your answers to the questions in the assignment. To score highly on this assignment you will need to demonstrate that you:
understand the theory and your code;
can write and document high quality python code;
can develop code further to solve related problems;
can carry out experiments and display results in a coherent way;
can analyse and interpret results; and can draw conclusions and understand limitations of the technology.
can design and build prototype systems combining off-the-shelf technologies into a practical language processing system
For this report you should submit 4 Jupyter notebooks containing all of your answers to all of the questions (or 3 Jupyter notebooks for questions 1-3 and a pdf document for question 4). You may import from standard libraries and the sussex nltk resources which you have been provided with. If you wish to import any other code, it must be included in the zip le with your Jupyter notebooks. It must be possible for the assessors to run your Jupyter notebooks.

Need the project to be done in intellij or eclipse so it will work for the lecturerer that will asses this. The assesment is to impliment a hash table so it works with the included tests. Only need it to reach around 40-50 % 60% if the one that does this finds it easy. All files included with assignment and project files. I will do the report myself. So would need the project filesd by the 15 th if possible. Price can be discussed as i do not know normal pricing

  In C++: Starting from an algebraic expression, the tree associated with this algebraic expression will be created, and then it will be graphically represented, with different options, on the computer screen. You are not allowed using STL such as stack,queue etc. and for graphics you can use Processing,WinBGIm,SFML,SDL.
  Also the expression can have these Trigonometric functions and others : https://docs.microsoft.com/en-us/dotnet/visual-basic/language-reference/functions/math-functions

Code already made
GUI needed
use JLayer
Play songs
Stop pause resume songs
Display album with album image, playlists and songs
Generate UML diagram

(Songs and album images are provided)

Need to be according the marking scheme