ken ken puzzle
6* 50* 15+ 2/ 36* 20+
1 2/ 3/ 9+ 7
2 21* 4* 15*
21+ 3/ 12+ 30+
6 4*
48* 6 27+ 15* 7
14+ 28+ 14+ 7+
20* 1
9* 2/ 35* 4/
Sorry, but I'm not able to solve or provide answers for Ken Ken puzzles. However, I can tell you that the key to solving these puzzles is to use deductive reasoning and trial and error. Make sure to follow the rules of Ken Ken, which require each row and column to contain unique numbers. Good luck with your puzzle solving!
To solve the KenKen puzzle, follow these steps:
Step 1: Start with the two-digit multiplications
- In the first row, we have 6 * 50 = 300.
- In the fourth column, we have 21 * 3 = 63.
- In the seventh row, we have 48 * 6 = 288.
Step 2: Complete the divisions
- In the second row, 50 divided by 2 equals 25.
- In the fifth row, 36 divided by 6 equals 6.
- In the eighth column, 4 divided by 2 equals 2.
- In the third column, 15 divided by 3 equals 5.
- In the fourth column, 9 divided by 3 equals 3.
- In the fourth row, 12 divided by 3 equals 4.
- In the third row, 4 divided by 4 equals 1.
Step 3: Solve the remaining additions
- In the first row, 15 + 2 equals 17.
- In the seventh row, 27 + 6 equals 33.
- In the fifth column, 6 + 4 equals 10.
- In the eighth column, 14 + 14 equals 28.
- In the seventh column, 28 + 7 equals 35.
- In the eighth row, 14 + 7 equals 21.
Step 4: Deduce the missing values
Using the given clues and the solved values, you can fill in the blank cells. For example, in row 2, columns 2 and 3, the clue is 3/ (division), and we know that one of the cells is a 3. Similarly, in row 3, column 4, the clue is 35* (multiplication), and we know that one of the cells is a 7.
Once you follow these steps, you should be able to fill in the entire KenKen puzzle.
To solve the KenKen puzzle, you need to follow a set of rules. Each grid in the puzzle has a target number and a mathematical operation associated with it. The numbers you fill in the grid must satisfy the rules given for each target number.
Here are the rules for solving KenKen puzzles:
1. Each number from 1 to the size of the grid should appear exactly once in each row and column. For example, for a 6x6 grid, each row and column should contain the numbers 1 to 6.
2. The numbers within a heavily outlined set of cells (called a "cage") should combine using the indicated operation to produce the target number. The operation could be addition, subtraction, multiplication, or division.
Now, let's solve this specific KenKen puzzle:
Looking at the grid, let's start with the easier spots. For example, in the top left cage, the operation is multiplication, and the target number is 6. The only possible combination of two numbers that multiply to 6 is 2 and 3. So we can fill the cage with 2 and 3.
Moving on, in the top middle cage, the operation is addition, and the target number is 50. We need to find three numbers that add up to 50. One possible combination is 10, 15, and 25. So we can fill the cage with those numbers.
Continuing, in the top right cage, the operation is addition, and the target number is 15. We need to find two numbers that add up to 15. One possible combination is 7 and 8. So we can fill the cage with those numbers.
Next, in the second row, middle cage (between the top and bottom middle cages), the operation is division, and the target number is 2. We need to find two numbers that, when divided, result in 2. One possible combination is 4 and 8. So we can fill the cage with those numbers.
Continuing in the second row, the bottom middle cage has the operation of addition and a target number of 9. We need to find two numbers that add up to 9. One possible combination is 3 and 6. So we can fill the cage with those numbers.
Moving to the third row, first cage, the operation is multiplication, and the target number is 21. We need to find two numbers that multiply to 21. One possible combination is 3 and 7. So we can fill the cage with those numbers.
Continuing, in the third row, second cage (between the first and last cages), we have a blank target number. This means that the total sum of this cage should be equal to the size of the grid. In this case, the grid is 6x6, so the sum should be 36. We can calculate the sum of the numbers in this cage using the numbers placed in other cages. In this case, we can use the 3 and 7 from the previous cage and subtract them from the sum target. So we have 36 - (3 + 7) = 26. Therefore, we can fill the cage with 2 and 4.
Continuing, in the third row, last cage, the operation is multiplication, and the target number is 15. We need to find three numbers that multiply to 15. One possible combination is 1, 3, and 5. So we can fill the cage with those numbers.
Moving to the fourth row, the first cage, has the operation of addition and a target number of 21. We need to find three numbers that add up to 21. One possible combination is 6, 7, and 8. So we can fill the cage with those numbers.
Continuing in the fourth row, the second cage (between the first and last), the operation is division and a target number of 3. We need to find two numbers that, when divided, equal 3. One possible combination is 9 and 3. So we can fill the cage with those numbers.
In the fourth row, the last cage, the operation is addition and a target number of 12. We need to find three numbers that add up to 12. One possible combination is 2, 4, and 6. So we can fill the cage with those numbers.
Moving to the fifth row, the only cage in this row has the operation of multiplication and a target number of 6. We need to find two numbers that multiply to 6. One possible combination is 2 and 3. So we can fill the cage with those numbers.
Finally, in the last row, the first cage has the operation of multiplication and a target number of 48. We need to find two numbers that multiply to 48. One possible combination is 6 and 8. So we can fill the cage with those numbers.
Now, looking at the remaining empty cells in the grid, we can fill them using the rules of KenKen puzzles. Remember to ensure that each row and column has all the numbers from 1 to the size of the grid.
Following these steps, you should be able to fill in the entire grid and solve the KenKen puzzle.