Question

Professor Cramer determines a final grade based on attendance, two papers, three major tests, and a final exam. Each of these activities has a total of 100 possible points. However, the activities carry different weights. Attendance is worth 4%, each paper is worth 9%, each test is worth 14%, and the final is worth 36%.

(a) What is the average for a student with 84 on attendance, 79
on the first paper, 69 on the second paper, 83 on test 1, 99 on
test 2, 89 on test 3, and 92 on the final exam? (Round your answer
to one decimal place.)

(b) Compute the average for a student with the above scores on the
papers, tests, and final exam, but with a score of only 19 on
attendance. (Round your answer to one decimal place.)

Answer #1

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Professor Cramer determines a final grade based on attendance,
two papers, three major tests, and a final exam. Each of these
activities has a total of 100 possible points. However, the
activities carry different weights. Attendance is worth 5%, each
paper is worth 9%, each test is worth 17%, and the final is worth
26%.
(a) What is the average for a student with 65 on attendance, 81
on the first paper, 76 on the second paper, 97 on test...

Professor Cramer determines a final grade based on attendance,
two papers, three major tests, and a final exam. Each of these
activities has a total of 100 possible points. However, the
activities carry different weights. Attendance is worth 6%, each
paper is worth 5%, each test is worth 14%, and the final is worth
42%.
(a) What is the average for a student with 67 on attendance, 93
on the first paper, 83 on the second paper, 91 on test...

Professor Cramer determines a final grade based on attendance,
two papers, three major tests, and a final exam. Each of these
activities has a total of 100 possible points. However, the
activities carry different weights. Attendance is worth 6%, each
paper is worth 10%, each test is worth 16%, and the final is worth
26%.
(a) What is the average for a student with 77 on attendance, 86
on the first paper, 68 on the second paper, 63 on test...

Professor Cramer determines a final grade based on attendance,
two papers, three major tests, and a final exam. Each of these
activities has a total of 100 possible points. However, the
activities carry different weights. Attendance is worth 6%, each
paper is worth 10%, each test is worth 15%, and the final is worth
29%.
(a) What is the average for a student with 100 on attendance, 96
on the first paper, 68 on the second paper, 83 on test...

Professor Cramer determines a final grade based on attendance,
two papers, three major tests, and a final exam. Each of these
activities has a total of 100 possible points. However, the
activities carry different weights. Attendance is worth 3%, each
paper is worth 6%, each test is worth 18%, and the final is worth
31%.
(a) What is the average for a student with 75 on attendance, 64
on the first paper, 82 on the second paper, 90 on test...

In your biology class, your final grade is based on several
things: a lab score, score on two major tests, and your score on
the final exam. There are 100 points available for each score.
However, the lab score is worth 30% of your total grade, each major
test is worth 22.5%, and the final exam is worth 25%. Compute the
weighted average for the following scores: 92 on the lab, 85 on the
first major test, 90 on the...

Using the accompanying Student Grades data, construct a scatter
chart for midterm versus final exam grades and add a linear
trendline. What is the model? If a student scores 7878 on the
midterm, what would you predict her grade on the final exam to
be?
Student
Midterm
Final Exam
1
75
64
2
85
91
3
80
68
4
88
83
5
76
60
6
67
80
7
78
74
8
95
94
9
67
61
10
93
87
11...

The following 4 parts relate to this scenario and data.
A professor wishes to develop a numerical method for giving
grades. He intends to base the on homework, two tests, a project,
and a final. He wishes the final to have the largest influence on
the grade. He wants the project to have 20%, each test to have 10%,
and the homework to have 20% of the influence on the semester
grade.
1. Determine the weights the professor should use...

The following 4 parts relate to this scenario and data.
A professor wishes to develop a numerical method for giving
grades. He intends to base the on homework, two tests, a project,
and a final. He wishes the final to have the largest influence on
the grade. He wants the project to have 20%, each test to have 10%,
and the homework to have 20% of the influence on the semester
grade.
1. Determine the weights the professor should use...

In your biology class, your final grade is based on several
things: a lab score, scores on two major tests, and your score on
the test. There are 100 points available for each score. However,
the lab score is worth 20% of your total grade, each major test is
worth 22.5%, and the test is worth 35%. Compute the weighted
average for the following scores: 96 on the lab, 78 on the first
major test, 66 on the second major...

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