CMSC 000-Class 4-781

ZAIN IQ Asiacell Each element of A belongs to C so, .1 1 belong to C and 1 not belong to A True O False the Union of two sets A,B is the set .2 of element which belong to both A or .B True False A ={ 0,1},B ={ 2,3},the grid is {(0,2), .3 (1,1),(0,3),(1,3)} True False

Construct An  Ndpa

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Your colleague wrote some code that works on their local environment Debug.cpp ) but is now trying to integrate it into the main source code DataLogger.cpp ). They are getting an error and have asked you to help them fix it. COMPILE AND RUN Submit your code by pressing the button below. Write a note to your colleague about why their code does not work. Include at least two ways fix bug. Which way would/did you fix the bug? Why?

Genere Program Contexts for given statement: If a node n is traversed that corresponds to the pre-header node of a loop L, then function init prehender(n) is invoked which initializes the recurrence variables of L in context c_{b}(n) with the value of u.the folding operator (c, c1, c2 and cs are contexts)

Quantifyer

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Computer Engineering Problem

The programming language is Python

Progamming language - C++ Given a array of size 10. , . arr[i] stores number of dose of vaccine for Print the vaccination statu5 of the user If arr[i]=0, user i+l is not vacc1nate&r i arcfil-1, usen i#l 0 partlally v —If arr[1]=2;, user iil ;s‘vacclnated - Take input arr from user.

Q4) Let S= { ø, a, {a}}. Determine whether each of these is an element of S, subset of S, neither, or both: {a }, {{a}} , ø, {{ø }, a } , { ¢} , { ¢,a}

Computer science

İN C LANGUAGE Typedef struct Complex {         Double a;         Double b; }  COMP_t, *COMP; write a function which finds and returns the position of the complex number whose absolute value is maximum in a two dimensional array of complex numbers.Absolute value of z=a+bi is |z|=(a^2+b^2)^1/2

%Encode A1, b1 and x1 as the vector of unknowns. A1 = b1 = syms xv1 =   %Check the size of A, set it as m1 and n1 [m1,n1] =   %Augment A and b to form AM1 AM1 =   %Solve the Reduced Rwo Echelon of AM1. RREFA1 =   %Collect the last column and set as bnew1, set the remaining elements as Anew1 bnew1= Anew1 =   %Check if Anew is an identity matrix, if it is, bnew is the solution if Anew1 =eye(m1,n1) Root1 = bnew1 else display("No Solution") end   %Augment the matrix A1 with the identity Matrix of the same size, set the result as AMI1 AMI1 = %Find the reduced row echelon form of AMI1, set the result as RREFAI1 RREFAI1= %Collect the second half of the matrix as AInew1, set the remaining elements as AIold1 AInew1= AIold1 =   %Check if AIold1 is an identity matrix, if it is, AInew1 is the inverse     %Encode A2, b2 and xv2 as the vector of unknowns. A2 = b2 = syms xv2 =   %Check the size of A2, set it as m2 and n2 [m2,n2] =   %Augment A2 and b2 to form AM2 AM2 =   %Solve the…

asugtpr@gmail.com Problem Statement Consider a non-empty array of strings inarr wherejeach element is a non- empty alphanumeric string. Identify and print outstr based on the logic below. • For each element of inarr, find the first smallest length substring, substr, which contains all the unique(case-sensitive) characters of the element • From the identified substrs assign the substr with the least length to outstr • If more than one substr has the least length, assign the substr corresponding to the element occurring first in inarr, from left to right, to outstr Input format Read the input inarr with the elements separated by (comma) from the standard input stream. Output format Print the outStr to the standard output stream

T/F Suffix array can be created in O(nlogn) time.

In-class 6: Pointers language C Perform a matrix transpose using 2D-static array 2D-dynamic array   Complete our double-linked-list example so that it can correctly insert at a certain position in the list and delete an element.

L1={u €E•[u ends with aa}. 12 = {u €E•[u ends and begins with different letters }. L3 = {u €I•|u contains abba). L4 = {u €E•[u is of the form anbamfor n,m> 0}. Given the above languages: (a) Use the set operators 'union' and 'complement' to describe L5 = L1 n L2. (b) Prove that L5 is regular.

dont dont post existing one stritct warning sure compliant skip if dont know

Which of the following statements is NOT true about tuples?     Tuples are immutable     Tuples can be indexed     Tuples are memory-efficient     A tuple cannot have another tuple as one of its element

Complete the function nthRowOfPascalTriangle() which takes n, as input parameters and returns an array representing the answer. The elements can be large so return it modulo 109 + 7. Attached in the images are the driver codes that have already been provided.

Assign currentSize with the size of the sensorReadings vector. 434056.2330114.qx3zqy7 #include #include using namespace std; int main () { vector> input; sensorReadings.resize (input); /* Your solution goes here cout << "Number of elements: << current Size << endl; return 0; "1 li

Student* func () { unique ptr arr[] make_unique ("CSC340") }; // #1 Insert Code int main () ( // #2 Insert Code [ #1 Insert Code]: Write code to keep all the object(s) which element(s) of array arr owns alive outside of the scope of func. [#2 Insert Code]: Write code to have a weak_ptr monitor the object which survived; Then test if it has any owner; Then properly destroy it; Then test again if has any owner; Then destroy the Control Block.

C++ PROGRAM USE THE DRIVER CODE ATTACHED BELOW // { Driver Code Starts #include<bits/stdc++.h>  using namespace std; // }Driver Code Ends class Solution { public: // Function to return a path vector consisting of vertex ids from vertex 0 to target vector shortestPath(int V, vector adj[], int target) { // Enter your code here! } }; // { Driver Code Starts  int main() { int tc; cin >> tc; while (tc--) { int V, E, target; cin >> V >> E >> target; vector adj[V]; for (int i = 0; i < E; i++) { int u, v; cin >> u >> v; adj[u].push_back(v); // adj[v].push_back(u); } // string s1; // cin>>s1; Solution obj; vector ans = obj. shortestPath(V, adj, target); for (int i = 0; i < ans.size(); i++) { cout << ans[i] << " "; } cout << endl; } return 0; } // } Driver Code Ends

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