ProblemSubmissionsLeaderboardDiscussionsYou are given two grids of numbers a𝑎 and b𝑏, with n𝑛 rows and m𝑚 columns. All the values in the grid are 0, 1 or 2 You can perform the following operation on a𝑎 any number of times: • Pick any subrectangle in the grid with length and width ≥2. You are allowed to choose the entire grid as a subrectangle. • The subrectangle has four corners. Take any pair of diagonally opposite corners of the chosen subrectangle and add 1 to their values modulo 3. • For the pair of corners not picked, add 2 to their values modulo 3. Note that the operation only changes the values of the corners of the picked subrectangle. Is it possible to convert the grid a𝑎 into grid b𝑏 by applying the above operation any number of times (possibly zero)?Input FormatThe first line contains two integers n𝑛 and m𝑚, the number of rows and columns in the grid (2≤n,m≤500). Each of the next n lines contain m characters — the j-th character of the i-th line represents ai,j. Each of the next n lines contain m characters — the j-th character of the i-th line represents bi,j(0≤ai,j,bi,j≤2). It is guaranteed that the sum of n𝑛 over all test cases and the sum of m𝑚 over all test cases do not exceed 500.Constraints(2≤n,m≤500).Output FormatFor each test case print "YES" (without quotes) if it is possible to convert grid a into grid b and "NO" (without quotes) otherwise.

You are given two grids of numbers a𝑎 and b𝑏, with n𝑛 rows and m𝑚 columns. All the values in the grid are 0, 1 or 2 You can perform the following operation on a𝑎 any number of times: • Pick any subrectangle in the grid with length and width ≥2. You are allowed to choose the entire grid as a subrectangle. • The subrectangle has four corners. Take any pair of diagonally opposite corners of the chosen subrectangle and add 1 to their values modulo 3. • For the pair of corners not picked, add 2 to their values modulo 3. Note that the operation only changes the values of the corners of the picked subrectangle. Is it possible to convert the grid a𝑎 into grid b𝑏 by applying the above operation any number of times (possibly zero)?

Here is a grid of one hundred blue squares.Each small square represents $$1% of the total.2aHelpLessonToolboxMoreWhich of the following represents $$2% more than the original grid?ABCDSubmit stepView next step

A box with an open top is to be constructed from a rectangular piece of cardboard with dimensions 18 in. by 30 in. by cutting out equal squares of side x at each corner and then folding up the sides as shown in the figure. Express the volume V of the box as a function of x.A rectangular shaped object is shown. The longer sides are horizontal and labeled with a length of 30. The shorter sides are vertical and labeled with a length of 18. The rectangle is shaded green except for 4 white squares. One square is located at each of the four corners of the rectangle and each square has side length labeled x. A second image is also included of what the box will look like after the corners are removed. It has a rectangular bottom, 4 folded up sides, and no top. An unlabeled box with an open top is shown.V(x) =

there are 4 horizontal and 4 vertical lines, parallel and equidistant to one another on a board. what is the maximum number of rectangle and squares that can be formed?

A square is constructed on a graph paper which has asquare grid of 1 cm width. Ram paints all the squareswhich cross the two diagonals of the square and findsthat there are 19 of them. Then the side of the squareis