data:image/png;base64,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

To create the nested square block I had to put in the "for" code block with different inputs. This way I was able to control the amount of squares. Inside of this control block I put the square block which controlled the size of the square. - DCdata:image/png;base64,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These two scripts perform the same task!!!!SLIDE 7SLIDE 8I used this code to make the numbers increase by 2 each time. To do this I had to set the "for" block 0=15. I took the input and multiplied it by 2. This way the numbers would go up by 2 each time. - DC First I had to put the input from 0 to 12. I knew that if I multipled the input values by 10, the values would increase by 10 untill 120. I put that operator inside of the say block so that the sprite would say a number every 2 seconds. - DCSLIDES 9 & 10Like the spiral, I had to use the for block with a length input. This way the size would increase from 1 to 100 every 2 steps. In order to actually make it a square, I had to make it turn 90 degrees each time. - DCTo create the spiral I used the for block with a length input. Inside of this control block I was able to make the pen move from 1 to 250, moving every 0.1 step and turn 10 degrees each time. - DCSLIDE 12Use this square block in your code.SLIDE 11Use this square block in your code.First I had to use a "square side length" input inside of my for block to set my size from 1-10. Inside of my for block, I put in the square block with an operator to spread out each square. - DC