Télécharger l'APK compatible pour PC
Télécharger pour Android | Développeur | Rating | Score | Version actuelle | Classement des adultes |
---|---|---|---|---|---|
↓ Télécharger pour Android | Zhenhua Xu | 0 | 0 | 3.0 | 4+ |
SN | App | Télécharger | Rating | Développeur |
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1. | digit matrix | Télécharger | /5 0 Commentaires |
En 4 étapes, je vais vous montrer comment télécharger et installer Digit Matrix - Math Puzzles sur votre ordinateur :
Un émulateur imite/émule un appareil Android sur votre PC Windows, ce qui facilite l'installation d'applications Android sur votre ordinateur. Pour commencer, vous pouvez choisir l'un des émulateurs populaires ci-dessous:
Windowsapp.fr recommande Bluestacks - un émulateur très populaire avec des tutoriels d'aide en ligneSi Bluestacks.exe ou Nox.exe a été téléchargé avec succès, accédez au dossier "Téléchargements" sur votre ordinateur ou n'importe où l'ordinateur stocke les fichiers téléchargés.
Lorsque l'émulateur est installé, ouvrez l'application et saisissez Digit Matrix - Math Puzzles dans la barre de recherche ; puis appuyez sur rechercher. Vous verrez facilement l'application que vous venez de rechercher. Clique dessus. Il affichera Digit Matrix - Math Puzzles dans votre logiciel émulateur. Appuyez sur le bouton "installer" et l'application commencera à s'installer.
Digit Matrix - Math Puzzles Sur iTunes
Télécharger | Développeur | Rating | Score | Version actuelle | Classement des adultes |
---|---|---|---|---|---|
Gratuit Sur iTunes | Zhenhua Xu | 0 | 0 | 3.0 | 4+ |
Place numbers from 1 to 2*N (N is the number of cells per side) into the cells so that there are exactly two numbers in each row, column and main diagonal. Place the numbers from 1 to 9 into the cells (a different single number in each cell) so that the indicated equations are correct. Place numbers from 1 to 2*N (N is the number of cells per side) into some cells so that each number is in exactly one cell, and no cell has more than one number. Place numbers from 1 to 2*N (N is the number of cells per side) into some cells so that each number is in exactly one cell, and no cell has more than one number. The task is to fill additional digits in required cells such that the sum of numbers in each row and each column equals to 100. Select Specified quantity of numbers from a given number set. (N is the total number of cells in the grid.) Every cell must contain a different number. The numbers outside the grid, when given, indicate the sum of the numbers in the corresponding row, column, or diagonal. Two numbers are connected by up to three line segments, and the two numbers are divided by their greatest common divisor at the same time. Numbers outside the grid are the product of the two numbers in that row or column. Place one coin into each cell such that the sum of the coins in each row and column matches the number to the left and the top. Numbers outside the grid are 1 more or 1 less than the product of the two numbers in that row or column. Each row and each column must contain exactly two numbers. On the board, if any two adjacent numbers have a common divisor greater than 1, they can be connected, and only one line can be connected between the two adjacent numbers. Each row and each column must contain exactly two numbers. Enter the numbers from 1 to X in the squares, once each, so that the given equations are correct. 2 groups of numbers are divided by their greatest common divisor in turn. The sum of selected numbers must same as the given value. The sums of the two numbers are shown around the grid. Multi-digit numbers cannot start with the digit 0. All numbers on the board need to be eliminated. The final goal is to connect all the numbers into a non-intersecting path. Numbers are added to 2 queues alternately. Place a number from 1 to N into each cell. If the quotient is 1, the number will be eliminated. A square grid whose cells are to be filled by some digits. Eliminate the number If the quotient is 1. Each number can not selected more than once. Remove, Add or Move one to three matches so that the matches express a correct arithmetic equality. Delete Specified quantity of squares so that what remains is a correct equation. Figure out which letter corresponds to which digit so that all equations are true.