Consider the following 2-player game played with a 6-sided die. on your turn, you can decide either to roll the die or to pass. if you roll the die and get a 1, your turn immediately ends and you get 1 point. if you instead get some other number, it gets added to a running total and your turn continues (i. e. you can again decide whether to roll or pass). if you pass, then you get either 1 point or the running total number of points, whichever is larger, and it becomes your opponent’s turn. for example, if you roll 3, 4, 1 you get only 1 point, but if you roll 3, 4, 2 and then decide to pass you get 9 points. the first player to get to n points wins, for some positive n. alice and bob are playing the above game. let w(x, y, z) be the probability that alice wins given that it is currently alice’s turn, alice’s score (in the bank) is x, bob’s score is y and alice’s running total is z. a) give a recursive formula for the winning probability w(x, y, z).b) based on the recursive formula you gave in the previous part, design an o(n3 ) dynamic programming algorithm to compute w(x, y, z). briefly describe your algorithm, prove its correctness and runtime.

Just trying to get some points : p sorry bro

Cprogram to find //perimeter of rectangle printf(" \n perimeter of rectangle \n"); printf(""); printf("\n enter width and length of the rectangle : "); scanf("%f%f", & width,& length); perimeter = 2 * (width + length); printf("perimeter of rectangle is: %.3f", perimeter);  

C. building block is correctgood luck

The main part about version control is that you have a repository, which hosts files. any changes done to those files are recorded and, as such, can be reverted back. it is kind of like google drive/google docs (except not as "real-time autosave"). usually these files involve code. version control can usually record changes to files and the lines of code themselves.version control is used by developers, mainly with coding. this may include websites, software, video games, etc. it is very useful in terms of practicality and collaboration.  reverting back a previous version of a file is very useful in the coding/programming world. suppose a programmer adds in something new to a file, a code snippet or two. then he changes his mind because he does not like the feature he coded in (it does not work, inefficient, with version control, he can easily revert back the changes he made.  version control also makes it easier to collaborate. oftentimes, you can use an online, remote  repository such as github or bitbucket. a team of people  can each  connect their computers  to this repository and be synchronised with the source code.recording your changes is also for teamwork  as it tells you who did what. changes can be monitored as well.  online repositories (like  github) may also contain  features to talk about issues with the code, and you can  reference them in the changes.version control also allows you to have different versions of the same thing. there are open source projects where anyone able can contribute to the project; such collaborators are able to create a new version (a new "branch") from the master branch. in this new branch derived from the main master branch, one adds their code and such.  in time, the original developer will look at this branch; they can add all or some of those changes to the main branch if they approve.