Four weekend Programming classes consist of students with the following numbers: Class I=32 students, Class II=40 students, Class III=34 students and Class IV=28 students. The distribution of students' average marks for each class for four (4) tests is given as the followings: Testl = [76 78 68 82] Test2 = [58 65 70 66] Test3 = [82 84 75 90] Test4 = [77 68 69 75] For the above distribution, write an Octeve/Matlab script (m-file) containing single line of command to determine each of the following: 1. Number of students attended the Programming class 2. Total student marks for Test 1 3. Total Test2 mark for Class III 4. Total student Test3 mark for each class 5. Which class has an average mark of Test4 above 70 6. Minimum average mark of Test4
Four weekend Programming classes consist of students with the following numbers: Class I=32 students, Class II=40 students, Class III=34 students and Class IV=28 students. The distribution of students' average marks for each class for four (4) tests is given as the followings: Testl = [76 78 68 82] Test2 = [58 65 70 66] Test3 = [82 84 75 90] Test4 = [77 68 69 75] For the above distribution, write an Octeve/Matlab script (m-file) containing single line of command to determine each of the following: 1. Number of students attended the Programming class 2. Total student marks for Test 1 3. Total Test2 mark for Class III 4. Total student Test3 mark for each class 5. Which class has an average mark of Test4 above 70 6. Minimum average mark of Test4
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![Four weekend Programming classes consist of students with the following numbers: Class I=32
students, Class II=40 students, Class III=34 students and Class IV=28 students. The distribution of
students' average marks for each class for four (4) tests is given as the followings:
Testl = [76 78 68 82]
Test2 = [58 65 70 66]
Test3 = [82 84 75 90]
Test4 = [77 68 69 75]
For the above distribution, write an Octeve/Matlab script (m-file) containing single line of command
to determine each of the following:
1. Number of students attended the Programming class
2. Total student marks for Test 1
3. Total Test2 mark for Class III
4. Total student Test3 mark for each class
5. Which class has an average mark of Test4 above 70
6. Minimum average mark of Test4](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c33a537-e740-4233-b822-76e414f544eb%2F91a1e7dd-1fff-40e6-a5c8-16c09fd3091b%2Fhxh0iv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Four weekend Programming classes consist of students with the following numbers: Class I=32
students, Class II=40 students, Class III=34 students and Class IV=28 students. The distribution of
students' average marks for each class for four (4) tests is given as the followings:
Testl = [76 78 68 82]
Test2 = [58 65 70 66]
Test3 = [82 84 75 90]
Test4 = [77 68 69 75]
For the above distribution, write an Octeve/Matlab script (m-file) containing single line of command
to determine each of the following:
1. Number of students attended the Programming class
2. Total student marks for Test 1
3. Total Test2 mark for Class III
4. Total student Test3 mark for each class
5. Which class has an average mark of Test4 above 70
6. Minimum average mark of Test4
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