data:image/png;base64,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

I used the for loop and started at 20 and went down to 1 to create nested squares becasuse you need to start big and end small and used the square side lenghth block and mulitpled by 4 to create space between the squares and the block given creates the squaresdata:image/png;base64,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These two scripts perform the same task!!!!SLIDE 7used the for loop block to count from 1-10 and said each number for 2 secondsSLIDE 8i did the same thing as the one on top but didnt multiply so it would count from 1-10i did the same thing as both of these but counted from 0-15 and mulitpyed by 2 to count by 2s all the way to 30I used the for loop block and started at 0 and stopped at 12 then multiplyed by 10 so it will count by 10s all the way up to 120SLIDE 11Use this square block in your code.SLIDE 12SLIDES 9 & 10I made the lenght larger to make it bigger than made the lenght multiply by .05 a very small number to get it as staight as possible and turned by 10 degress which also allowed it to be staight.