1:You need to generate an array A that has numbers 1 to 30 using Numpy function, and output array A. 2:Generate an array B that has numbers 5 to 34 using Numpy function, and output array B. 3:Reshape arrav A to a matrix AM as 5 rows and 6 columns, and output matrix AM 4:Reshape arrav B to a matrix BM as 6 rows and 5 columns, and output matrix BM. 5:Plot array A, array B using Matplotlib functions. 6:Computing matrix AM multiply matrix BM as matrix CM, output matrix CM. 7:Save matrix CM to the disk file as data.txt. 8:Using "for loop" to check each element in the matrix CM whether the element is larger than 100 or not, and output the result as True/False.
1:You need to generate an array A that has numbers 1 to 30 using Numpy function, and output array A. 2:Generate an array B that has numbers 5 to 34 using Numpy function, and output array B. 3:Reshape arrav A to a matrix AM as 5 rows and 6 columns, and output matrix AM 4:Reshape arrav B to a matrix BM as 6 rows and 5 columns, and output matrix BM. 5:Plot array A, array B using Matplotlib functions. 6:Computing matrix AM multiply matrix BM as matrix CM, output matrix CM. 7:Save matrix CM to the disk file as data.txt. 8:Using "for loop" to check each element in the matrix CM whether the element is larger than 100 or not, and output the result as True/False.
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
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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please task 4-6
Transcribed Image Text:1:You need to generate an array A that has
numbers 1 to 30 using Numpy function, and
output array A.
2:Generate an array B that has numbers 5
to 34 using Numpy function, and output
array B.
3:Reshape arrav A to a matrix AM as 5 rows
and 6 columns, and output matrix AM
4:Reshape arrav B to a matrix BM as 6 rows
and 5 columns, and output matrix BM.
5:Plot array A, array B using Matplotlib
functions.
6:Computing matrix AM multiply matrix BM
as matrix CM, output matrix CM.
7:Save matrix CM to the disk file as data.txt.
8:Using "for loop" to check each element in
the matrix CM whether the element is larger
than 100 or not, and output the result as
True/False.
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