EDU601 Midterm MCQs Solved

EDU601 Midterm MCQs Solved Aslam u alaikum dear students. If you are looking for Important EDU601 Midterm MCQs Solved you are v is i ting the right website. I provided the perfect solution here according to my efforts. If there is any mistake then please correct it to get good grades in your Midterm and Final Term exams. Please verify the answers of all questions before remembering them for your Midterm and Final Term exams.

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EDU601 Midterm MCQs Solved
EDU601 Midterm MCQs Solved
  • which checks for a size equal to PQMAX to see if the queue is full. If the size
  • is equal to PQMAX, the function returns 1, i.e. TRUE. Otherwise, it returns 0, i.e.
    FALSE. We are going to implement a priority queue with an array. We can also use
  • linked list to implement a priority queue. However, in the simulation example
  • we studied in the previous lecture, we implemented a queue using an array. We have
  • As seen in the simulation example, a maximum of five events can occur. These

EDU601 Midterm MCQs Solved

  • events include one arrival event and four departure events. That means four queues
    from where customers go to the counter and one to go from the bank after
  • transaction completion. As we know that only five queues are needed, so
  • it was decided to use arrays instead of dynamic memory allocation and
    pointer manipulation.

EDU601 Midterm MCQs Solved

  • There are some things in the remove() method that are priority properties
    front. We don’t have these in the queue. In this method, we first check the size
  • priority queue to see if there is something in the queue or not. If the size
    greater than 0, i.e. there are items in the queue, then we get the event pointer (pointer to
  • Event object) e from the first position (i e at index 0) of the array

EDU601 Midterm MCQs Solved

EDU601 Midterm MCQs Solve