The green bay packers laugh at the chicago bears and decide to one-up them by finding triples (instead of pairs). you are given an input file containing information from an asymmetrical social network (e. g., twitter) about which users "follow" which other users. if user a follows b, the entry line is (a, b). write a mapreduce program (map and reduce separately) that outputs all "triples", i. e., sets of users (a, b,c) such that a follows b, b follows c, and c follows a (there might be other follows-relationships among the triple). you can chain mapreduces if you want (but only if you must, and even then, only the least number). be sure to output each triple at most once (e. g., in sorted order). you don’t need to write code – pseudocode is fine as long as it is understandable. hint: think about the "key" in map output.

Helen's credit card has an apr of 15.32% and a grace period of 17 days and helen pays her balance in the full every month. if her last billing cycle ended on september 26, 2009, and she made her payment on october 11, 2009, did she owe any interest on her last statement's balance?

Write a program in plp assembly that counts up by one starting from zero (or one) inside a loop and writes this value to the leds every time the value is increased. the memory address of the leds is 0xf0200000. the table below shows the meaning and an example usage of the instructions covered in the video, plp instructions for project 1. instruction example usage meaning load immediate li $t0, 8 register $t0 is set to the value, 8. store word sw $t2, 0($t1) the value in register $t1 is used as the memory address. the value in register $t2 is copied into this memory address. add addiu $t4, $t3, 29 register $t4 is assigned the sum of 29 and the value in register $t3. jump j your_label_name the program jumps to the line following the label, "your_label_name: ". label your label name: defines a label called "your_label_name: " that can be jumped to

Write a defining table and then a program that determines if you can sleep in or not. your program should get all its input from your computer’s clock. on all weekdays (monday through friday) that are not holidays, your program should output “get up! ” on all other days (weekends and holidays), your program should output “sleep in.” the three holidays that your program must check for are january 1 (new year’s day), july 4 (u.s. independence day), and december 25 (christmas). you don’t need to include other holidays in your program because most other holidays do not occur on a fixed day each year.