b) By using the phrases "correct decision" or "wrong decision", complete the decision table for h ypothesis testing below. Where the decision is wrong, state the type of error committed. DECISION Ho is false Ho is true Reject Ho Fail to Reject Ho 4marks (c) In the test of a certain hypothesis the p-value corresponding to the test statistics i s 0.0316. Can the null hypothesis be rejected at the; i. 0.01 level of significance? 1mark ii. 0.05 level of significance? 1mark ii. 0.10 level of significance? 1mark Justify your answers.

b) By using the phrases "correct decision" or "wrong decision", complete the decision table for h ypothesis testing below. Where the decision is wrong, state the type of error committed. DECISION Ho is false Ho is true Reject Ho Fail to Reject Ho 4marks (c) In the test of a certain hypothesis the p-value corresponding to the test statistics i s 0.0316. Can the null hypothesis be rejected at the; i. 0.01 level of significance? 1mark ii. 0.05 level of significance? 1mark ii. 0.10 level of significance? 1mark Justify your answers.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

I can't understand why the data is the percentage of surveyed parents.
Please do not give solution in image formate thanku. A school psychologist wants to determine if reprimanding in public (in front of the class) or private is more effective for curbing behavior. He randomly selects 12 students whose teachers reprimand in private and 12 students whose teachers reprimand in public. At the end of the year he determines the number of misbehaviors for each student. For the public condition and mean=7.7 and s=4.1 for the private condition mean=4.2 and s=3.5. Which method is more effective? What is the percentage of variance accounted for by the method of reprimand? What is the power of your test?
Please help solve! F-statistic and P-Value.
The meaning of a set of data is 108.06 and it's standard diverse Asian is a 115.45. Find the Z-score for a value of 489.67.
Continue monitoring the process. A second ten days of data have been collected, see table labeled “2nd 10 Days of Monitoring Reservation Processing Time” in the Data File. Develop Xbar and R charts for the 2nd 10 days of monitoring. Plot the data for the 2nd 10 days on the Xbar and R charts. Is the reservation process for the 2nd 10 days of monitoring in control? If the control chart indicates an out-of-control process, note which days, the pattern, and whether it is the Xbar or R chart. Based on the X-bar and R Charts that you developed for the 2nd 10 days of data, is the process in control? Group of answer choices No. The X-bar and R Charts are both out of control. No. The X-bar Chart is in control, but the R Chart is out of control. No. The R Chart is in control, but the X-bar Chart is out of control. Yes. The X-bar and R Charts are both in control.