Question No. 3: Create a Numpy List named as marks with six float numbers, showing the final marks of a student in six subjects. Round the marks from marks array from Q-3 a) upto two decimal numbers What if you need to create the same list as Q-3 a), but for five students. Can you still use 1-D array? How many dimensions should be there? Find the highest marks a student has obtained using marks array from Q-3 a) Use seaborn to show marks array from Q-3 a)

Question No. 3: Create a Numpy List named as marks with six float numbers, showing the final marks of a student in six subjects. Round the marks from marks array from Q-3 a) upto two decimal numbers What if you need to create the same list as Q-3 a), but for five students. Can you still use 1-D array? How many dimensions should be there? Find the highest marks a student has obtained using marks array from Q-3 a) Use seaborn to show marks array from Q-3 a)

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter12: Points, Classes, Virtual Functions And Abstract Classes

Section: Chapter Questions

Problem 29SA

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Create a Numpy List named as marks with six float numbers, showing the final marks of a student in six subjects. Round the marks from marks array from Q-3 a) upto two decimal numbers What if you need to create the same list as Q-3 a), but for five students. Can you still use 1-D array? How many dimensions should be there?
You are given two arrays, one shorter (with all separate items) and one longer (with no unique elements). Find the shortest subarray in the larger array that contains all of the shorter array's items. The things can be shown in any order.EXAMPLEInput: {1, 5, 9}{7, 5, 9, 0, 2, 1, 3, 5. 7, 9. 1, 1, 5, 8, 8, 9, 7}Results: [7, 10] (the underlined portion above)
Question1: define two lists of numbers (arrays) and ask the user to give the size of each, and then ask the user to fill the list(according to a size that he gave), then compare two arrays and determine whether they are equal? Note: two arrays are equal if all elements are equal. (Array not vector) C++
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Assume you have an array and a linked-list that each contain a list of 10 books. Which of the following is true? Group of answer choices 1. It is faster to access the 5th book in the array than to access the 5th book in the linked-list because arrays allow for directly accessing the appropriate spot in memory, while a linked list requires stepping through the previous 4 elements. 2. Shuffling the order of the Books in the linked-list will be easier than for the array. 3. It is faster to add a new book to the end of the linked list than to the array, because the entire array needs to be copied to a larger space in memory in order to add a new element. 4. All options are true.
Consider 2 two-dimensional integer arrays, x and y, of the same size (assume 3 by 4). Fill array x with random numbers between 5 and 95. Fill array y with values such that each element of array y is the corresponding value of array x plus the minimum value of array x.For example:
H3. Let S = [x1, x2, x3, ...xn], where n ≥ 5. How many ways can you choose five of the values in the array S, given that x1 = x2 = x3 and all other xi are distinct? The order of the chosen elements does not matter
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Question1: Do the following lab by one dimensional array(not vector) define two lists of numbers (arrays) and ask the user to give the size of each, and then ask the user to fill the list(according to a size that he gave), then compare two arrays and determine whether they are equal? Note: two arrays are equal if all elements are equal.
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