mgt411 assignment 1 solutions 2021 spring.docx

@ghulam-hassnain said in STA301 Assignment 2 Solution and Discussion:

Please share solution of assignment

STA301 Assignment 2 Solution 2021.docx

@triggered-man said in assignment 1:

Assignment No. 1 (Lectures # 1 to 9) Total Marks: 10
Spring 2021 Discrete Mathematics (MTH202)
Due Date: 20-05- 2021

Please read the following instructions before attempting the solution of this assignment:

To solve this assignment, you should have good command over 1 to 9 lectures.
Try to consolidate your concepts that you learn in the lectures with these questions.
Upload assignments properly through VULMS. No Assignment will be accepted through Email.
No assignment will be accepted after the due date.
Write your ID on the top of your solution file.
All students are directed to use the font and style of text as is used in this document.
Use MathType or Equation Editor etc. for mathematical symbols and equations.
Remember that you are supposed to submit your assignment in MS-Word format any other format like scanned, images, MS-Excel, HTML etc. will not be accepted.
Do not use colorful backgrounds in your solution files.
This is an individual assignment (not a group assignment). So keep in mind that you are supposed to submit your own, self-made and different assignment even if you discuss the questions with your class fellows. All similar assignments (even with some meaningless modifications) will be awarded zero marks and no excuse will be accepted. This is your responsibility to keep your assignment safe from others.

Question No.1 Marks: 10

Let the universal set U be the set of integers and A={x∈Z|0<x≤5} and
B={x∈Z|3≤x<9}, then find
〖(A∪B)〗^c

〖(A∩B)〗^c

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Sample Output
A1 Sample Output.mp4

@zareen said in PHY101 GDB 1 Solution and Discussion:

It is true or wrong that Raise For Success an automobile at rest can be accelerating very fast?

Q.2
Solution:
Method 1
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Method 2
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@ozair
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// CS201 Assignment 2 Solution Spring 2021 #include <iostream> #include <conio.h> using namespace std; int ShowMatrix() { //main matrix int row=2, column=2; int matrix[2][2] = { {8, -4} , {-6, 2} }; cout<<"The matrix is:"<<endl; for(int i=0; i<row; ++i) { for(int j=0; j<column; ++j) cout<<matrix[i][j]<<" "; cout<<endl; } } //Transpose int showTranspose ( ) { int transpose[2][2], row=2, column=2, i, j; int matrix[2][2] = { {8, -4} , {-6, 2} }; cout<<endl; for(i=0; i<row; ++i) for(j=0; j<column; ++j) { transpose[j][i] = matrix[i][j]; } cout<<"The transpose of the matrix is:"<<endl; for(i=0; i<column; ++i) { for(j=0; j<row; ++j) cout<<transpose[i][j]<<" "; cout<<endl; } } //determenent calculating int calculateDeterminant() { int determMatrix[2][2], determinant; int matrix[2][2] = { {8, -4} , {-6, 2} }; determinant = ((matrix[0][0] * matrix[1][1]) - (matrix[0][1] * matrix[1][0])); cout << "\nThe Determinant of 2 * 2 Matrix = " << determinant; } //Adjoint of matrix int showAdjoint() { int ch,A2[2][2] = {{8,-4},{-6,2}},AD2[2][2],C2[2][2]; //Calculating co-factors of matrix of order 2x2 C2[0][0]=A2[1][1]; C2[0][1]=-A2[1][0]; C2[1][0]=-A2[0][1]; C2[1][1]=A2[0][0]; //calculating ad-joint of matrix of order 2x2 AD2[0][0]=C2[0][0]; AD2[0][1]=C2[1][0]; AD2[1][0]=C2[0][1]; AD2[1][1]=C2[1][1]; cout<<"\n\nAdjoint of A is :- \n\n"; cout<<"|\t"<<AD2[0][0]<<"\t"<<AD2[0][1]<<"\t|\n|\t"<<AD2[1][0]<<"\t"<<AD2[1][1]<<"\t|\n"; } int main() { int cho = 0; cout<<" ||---Enter your choice---||"<<endl; cout<<""<<endl; cout<<"---Press 1 to display the matrix and its transpose---"<<endl; cout<<"---Press 2 to find adjoint and determinant of the matrix---"<<endl; cout<<""<<endl; cout<<"Press any other key to exit."; cout<<""<<endl; cin>>cho; if (cho ==1) { ShowMatrix(); showTranspose ( ); } else if (cho == 2) { showAdjoint(); calculateDeterminant(); } else system("pause"); }