need help on Q1,Q2 ▾ Q1:Use multi-indexing to create the following series:Words NumbersOne1112111Two1222222Three 1332333dtype: int64Assign it to Q1.[37] Start coding or generate with AI.✓ Q2:Index Q1 to obtain the following:Numbers1332333dtype: int64Assign it to Q2.द

To solve Q1 and Q2 based on the provided image: Q1: Creating a Pandas Series with MultiIndexingWe…

Answered: ▾ Q1: Use multi-indexing to create the…

New Perspectives on HTML5, CSS3, and JavaScript

6th Edition

ISBN:9781305503922

Author:Patrick M. Carey

Publisher:Patrick M. Carey

Chapter14: Exploring Object-based Programming: Designing An Online Poker

Section14.1: Visual Overview: Custom Objects, Properties, And Methods

Problem 7QC

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#The Iris Dataset import sklearn.datasetsimport matplotlib.pyplot as plt import numpy as np import scipy iris = sklearn.datasets.load_iris() Write a function that takes in an index i and prints out a verbose desciption of the species and measurements for data point i. For example:Data point 5 is of the species setosaIts sepal length (cm) is 5.4Its sepal width (cm) is 3.9Its petal length (cm) is 1.7Its petal width (cm) is 0.4
List pressure_data contains integers read from input, representing data samples from an experiment. Initialize variable sum_passed with 0. Then, for each element in pressure_data that is both at an odd-numbered index and greater than 65: Output 'Index ', followed by the element's index, ': ', and the element's value. Increase sum_passed by each such element's value. # Read input and split input into tokenstokens = input().split() pressure_data = []for token in tokens: pressure_data.append(int(token)) print(f'All data: {pressure_data}') ''' Your code goes here ''' print(f'Sum of selected elements is: {sum_passed}')
. Convert the following pseudo code into assembly codo- (//' represents-comments). // Each element is 1 Byte long // Each element is 1 Byte long arrayl 13h, 14h, 15h, 16h array2 12h, 13h, 14h, 15h // lengthl is a Symbolic constant // length2 is a Symbolic constant // this variable is 1 byte long initialized with 30 lengthl = number of items in Arrayl. length2 = number of items in Array2 samplel = 30h sample2 = 5h. // this variable is 1 byte long 1 byte long variable maxlength = max of lengthl and length2. // maxlength is // this is a variable initialized with 0 index = 0. While ( If (arrayl [index] > array2[index] index < maxlength ){ * samplel) / (array2[index] expl = (arrayl[index] only store the quotient of the division in expl and expl is 7/16 bit long variable Sample2) else expl = 0 index = index + 1 }
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IntSet unionWith(const IntSet& otherIntSet) const; //Unions the current set with the passed set. IntSet::unionWith(const IntSet& otherIntSet){ for (int i = 0; i < otherIntSet.used; ++i) //For each element in the passed set. { add(otherIntSet.data[i]); //Add it to current set. }}
The following code doesn't correctly return the index values of the minimum contiguous subsequence. Please modify it so that it does, with comments if possible. def minSumRec(a, left, right): if left == right: return [a[left], left, right] center = int((left + right) / 2) min_left_sum = minSumRec(a, left, center) min_right_sum = minSumRec(a, center + 1, right) min_left_border_sum, left_border_sum = 1e9, 0 for i in range(center, left - 1, -1): left_border_sum += a[i] if left_border_sum < min_left_border_sum: min_left_border_sum = left_border_sum min_right_border_sum, right_border_sum = 1e9, 0 for i in range(center + 1, right + 1): right_border_sum += a[i] if right_border_sum < min_right_border_sum: min_right_border_sum = right_border_sum min_border_sum = min_right_border_sum + min_left_border_sum minSum = min(min_left_sum[0], min_right_sum[0], min_border_sum) if minSum == min_left_sum: return min_left_sum if minSum == min_right_sum: return min_right_sum return…
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How to add more comments in these code # matrics additiondef sum3(a, b):sum_matrics = np.zeros((3, 3), dtype=float)for i in range(3):for j in range(3):a_ele = a[i][j]b_ele = b[i][j]# The elements in the corresponding positions are summedsum_matrics[i][j] = a_ele + b_elereturn sum_matrics# scalar multiplicationdef scalar3(a, scalar):scalar_matrics = np.zeros((3, 3), dtype=float)for i in range(3):for j in range(3):a_ele = a[i][j]# Each element is multiplied by a factorscalar_matrics[i][j] = scalar * a_elereturn scalar_matrics# matrics productiondef product3(a, b):product_matrics = np.zeros((3, 3), dtype=float)for i in range(3):for j in range(3):tmp0 = a[i][0] * b[0][j]tmp1 = a[i][1] * b[1][j]tmp2 = a[i][2] * b[2][j]product_matrics[i][j] = tmp0 + tmp1 + tmp2return product_matricsif __name__ == "__main__":while 1:# get the user inputopera_num = input('Please input the operation number: \n1 Matrics Addition \n2 Scalar Multiplication \n3 Product of Two Matrics \n4 Exis \n')# matrics…
Write a program that asks the user toenter two non-empty sets and display their intersection and union. Design the following function in the program: set_intersection–This function gets the intersection of two given sets. set_union–This function gets the union of two given sets.
In python: student_dict is a dictionary with students' name and pedometer reading pairs. A new student is read from input and added into student_dict. For each student in student_dict, output the student's name, followed by "'s pedometer reading: ", and the student's pedometer reading. Then, assign average_value with the average of all the pedometer readings in student_dict..
gpacalc.py by using 'sys.argv" ● Use the following dictionary to complete this assignment: {'A':4.0, 'A-':3.66, 'B+':3.33, 'B':3.0, 'B-':2.66, 'C+':2.33, 'C':2.0, 'C-':1.66, 'D+':1.33, 'D':1.00, 'D-':.66, 'F':0.00} ● Create a program, gpacalc.py, that takes four letter grade arguments and prints out the corresponding GPA, to two decimals. Your program should work both in arguments are upper-case and lower-case. The values should be to two decimal places. Your program should print in the form: “My GPA is x” Where x is equal to the GPA calculation

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▾ Q1: Use multi-indexing to create the following series: Words Numbers One 1 11 2 111 Two 1 22 2 222 Three 1 33 2 333 dtype: int64 Assign it to Q1. [37] Start coding or generate with AI. ✓ Q2: Index Q1 to obtain the following: Numbers 1 33 2 333 dtype: int64 Assign it to Q2. द