Given six memory partitions of 300 kb, 600 kb, 350 kb, 200 kb, 750 kb, and 125 kb (in order), how would the first-fit, best-fit, and worst-fit algorithms place processes of size 115 kb, 500 kb, 358 kb, 200 kb, and

375 kb (in order)? rank the algorithms in terms of how efficiently they use memory.

a) first fit:

115 -> 300

500-> 600

358 -> 750

200 -> 350

375 -> not able to allocate

b) best fit:

115 -> 125

500 -> 600

358 -> 750

200 -> 200

375 -> not able to allocate

c) worst fit:

115 -> 750

500 -> 600

358 -> not able to allocate

200 -> 350

375 -> not able to allocate

Design a class tictactoe that: holds the following information about the game: two-dimensional array (3 by 3), and winner. add additional variables as needed. includes the functions to perform the various operations on objects. for example, function to print the board, getting the move, checking if move is valid, determining if there is a winner after each move. add additional operations as needed. includes constructor(s). write the functions of the class, and write a program that uses the class. the program should declare an object of type tictactoe. the program will create the board and store it in the array. the program will allow two players to play the tic-tac-toe game. after every valid move update the array, check if there is a winner. if there is no winner and no tie, then print the board again to continue.

How is the brightness of oled of the diaplay is controled

Column a of irma’s spreadsheet contains titles for each row, but her document is too big and will be printed three pages across. she wants to be sure that every page will be understood. what can irma do to with this problem?