The grade distribution in this class will fit a bell curve as shown below. You have no knowledge of what your ability level is relative to the other students and you have no idea how hard the test will be for you. You could fall anywhere on the distribution as far as you know at this time. Now your professor makes you an offer. You have the opportunity to alter the grading brackets to make them anything you want. The only constraint is that the overall class GPA must not change from the 2.0 that is the present distribution. Sketch on the graph below your optimal distribution given these constraints and explain why you made any changes.

Question

The grade distribution in this class will fit a bell curve as shown below.  You have no knowledge of what your ability level is relative to the other students and you have no idea how hard the test will be for you. You could fall anywhere on the distribution as far as you know at this time. Now your professor makes you an offer. You have the opportunity to alter the grading brackets to make them anything you want. The only constraint is that the overall class GPA must not change from the 2.0 that is the present distribution. Sketch on the graph below your optimal distribution given these constraints and explain why you made any changes.

Quizplus · Accepted Answer

The Answer of The grade distribution in this class will fit a bell curve as shown below.  You have no knowledge of what your ability level is relative to the other students and you have no idea how hard the test will be for you. You could fall anywhere on the distribution as far as you know at this time. Now your professor makes you an offer. You have the opportunity to alter the grading brackets to make them anything you want. The only constraint is that the overall class GPA must not change from the 2.0 that is the present distribution. Sketch on the graph below your optimal distribution given these constraints and explain why you made any changes.

The Grade Distribution in This Class Will Fit a Bell