The image shows a worksheet with a series of square grids that involve mathematical operations. I'll help break down the contents of the problems shown in the image:

1. First grid (top-left) - The multiplication pattern here involves multiplying by 2. The values in each cell are multiplied across the rows or columns. For example:

   • 2 × 2 = 4, 4 × 2 = 8, and so on.

2. Second grid (below first one) - The multiplication pattern involves multiplying by 3, with results written inside the grid cells.

3. Third grid (to the right of the second one) - The multiplication pattern seems to follow multiplying by 4 across the grid.

4. Fourth grid (to the right of the third one) - This involves multiplying by 5, but there is an incomplete value in the top-left corner (currently labeled "5"). The middle cell at the bottom row is filled with "90."

5. Next grid (to the right of the third one, with 132 in the top-right corner) - This problem has a rule of multiplying by 11, with 132 as one of the resulting values. Other values in the grid would need to be filled.

6. Last grid - This is an instruction to create your own super square with multiplication patterns.

Would you like help with solving any specific section of this worksheet?

Here are 5 follow-up questions you might find helpful:

1. What is the full multiplication pattern for the grid multiplying by 2?
2. How do you fill in the remaining values in the grid multiplying by 11?
3. Can you find the missing value in the grid multiplying by 5?
4. How do you make your own super square grid for multiplication?
5. What is the process of solving similar grid problems with other operations?

Tip: When filling out multiplication squares, it helps to first check the pattern between rows and columns to understand the multiplication factor clearly.