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HOW PARENTS AND TEACHERS CAN BETTER WORK TOGETHER   Guardians and instructors have a shared objective: to work with the most ideal instructive experience for understudies. At the point when guardians and instructors speak with each other, they can cooperate towards this normal goal. When schools shut due to the pandemic, many changed to internet learning. Others furnished understudies and guardians with learning parcels for learning at home . This constrained numerous guardians to turn out to be more associated with the instructive process. Temporary arrangements being formulated for far-off schooling range from online homeroom devices like Google Classroom , to Zoom  and digital broadcasts by instructors . In any case, school pioneers are worried that understudies without admittance to PCs or ones with guardians who didn't venture up will be left behind. In conventional homerooms, instructors can give understudies prompt eye to eye input. Understudies who are encountering issue

 

  Before you begin to draft a compare and contrast essay, you should brainstorm by creating a   Venn diagram   or a chart to list the ​pros and cons of each subject you are comparing to another. The  first paragraph  of your compare and contrast essay should contain references to both sides of your comparison. This paragraph should end with a  thesis sentence  that sums up your overall purpose or results, like this: While city life brings many social opportunities, country life can provide the best of both worlds. Comparison essays can be constructed in two ways. You can focus on one side of your comparison at a time, describing the pros and cons of one topic first and then moving on to the next topic, like the example here: Cities have lots of great restaurants. City life offers culturally diverse populations. Cities contain theaters, sporting events, and other activities. Country life brings fresh produce within easy reach. Country life is quiet living with the opportunity to travel

Combinations : One of the things that computers are particularly good at is doing “the same thing over and over” in extremely tedious calculations. One of the applications for this is producing all the possible combinations of groups of things – for example, imagine you have 3 pennies in your pocket, and you flip them, one at a time, producing Heads(H), Tails(T), and Heads(H). Think of the sequence H,T,H as being one possible combination (outcome) of your coin flipping experiment. If we wanted to write a computer program to simulate ALL possible combinations of the flipping of your 3 pennies, the following algorithm would be just the ticket: int heads = 0; // let’s let the value 0 represent a heads coin toss int tails = 1; // let’s let the value 1 represent a tails coin toss for (int coin1 = heads; coin1 <= tails; coin1++) { for (int coin2 = heads; coin2 <= tails; coin2++) { for (int coin3 = heads; coin3 <= tails; coin3++) { String coin1str = ""; if (coin1 == 0) coin