The monitor below is an attempt to implement the SSFT algorithm. monitor disk_scheduler { condition q; position = busy = 0 move_to(destination) { if (busy) q.wait(abs(destination - position)) busy = 1 position = destination release() { busy = 0 q.signal 1. Explain why the implementation does not correctly enforce the SSTF policy. Const to demonstrate the failure.

Purpose: One of the most commonly made decisions is based on comparing the means of multiple conditions. Significance tests for comparing means are critical in the decision making process. In this assignment, you will practice how to use t tests and ANOVA tests to compare the means of multiple conditions under one independent variable in different experiment design (between-group and within-group) Tasks: Please write an R script that performs the following operations in the order listed. At the beginning of each task, write a comment marking the task number. Name the file as: lab6-<your last name>.R  ANOVA tests 8. Import the 'iris.csv' dataset. Browse and understand the data in each column 9. Compute descriptive statistics and create boxplot for sepal length and species. 10. Select the appropriate test to determine whether there is significant difference in sepal length between the three species. Follow the steps of ANOVA analysis. Make sure you check whether the assumptions are…

BoxPlots are centric to : (Select one) a) mean  b) median  c) mode d) Q1

Question pa This module will guide you through solving 92-36 by removal. Remove an(d)/(o)r add back values until you've removed 36 . You can only work with ones or tens. Use the table to track where you land and how much you've removed in total. 92-36