| **Maximal Square** | In the maximal square problem we have given a 2D binary matrix filled with 0’s and 1’s, read more |

| **Word Search** | Word search is something like the word-finding puzzles at some time in our life. Today I bring to read more |

| **Toeplitz Matrix** | Given a 2-D matrix of size (m x n), check whether the matrix is Toeplitz or not. A Toeplitz matrix read more |

| **Set Matrix Zeroes** | In the set matrix zeroes problem, we have given a (n X m) matrix, if an element is 0, set its read more |

| **Sudoku Solver** | In the sudoku solver problem we have given a partially filled (9 x 9) sudoku, write a program to read more |

| **Minimum Path Sum** | In the minimum path sum problem, we have given “a × b” matrix consisting of read more |

| **Unique Paths** | A m x n 2D grid is given and you are standing at the topmost and leftmost cell in the grid. i.e. read more |

| **K-th Smallest Element in a Sorted Matrix** | In K-th Smallest Element in a Sorted Matrix problem, we have given an n x n matrix, where every row read more |

| **Valid Sudoku** | Valid Sudoku is a problem in which we have given a 9*9 Sudoku board. We need to find the given read more |

| **N queen problem** | N queen problem using the concept of Backtracking. Here we place queen such that no queen under read more |

| **Matrix Chain Multiplication using Dynamic Programming** | Matrix Chain Multiplication is a method in which we find out the best way to multiply the given read more |

| **Multiplication of two matrices** | Given two matrices, this function will multiply the two matrices and prints the result. Here, read more |

| **Subtraction of two matrices** | Given two matrices, we will write a function that subtracts the given matrices. Example INPUT read more |

| **Check if two given matrices are identical** | Given two matrices, we will write a function to check whether the two matrices are identical or read more |

| **Addition of Matrices** | Given two matrices, we need to add the two matrices and give new matrix. Example Input : A[4][4] = read more |

| **Transpose of a Matrix** | Given two matrices, we need to add the two matrices and give new matrix. Transpose of a matrix : read more |