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These two scripts perform the same task!!!!SLIDE 7An early test of indexes so as to not have to use an individual block for each number, you can instead enter a set of numbers within the index for the code to repeat. TM.SLIDE 8Utilizing the 'for' command, setting the index to either 0 to 15 or 0 to 12, the say block and the multiplication command, the block would count for the specified multiplicities of the index amounts. TM.SLIDES 9 & 10Utilizing angles and the length index, a squiral was achieved by experimenting with steps and angles to achieve a squiral. the length allows for the command to execute multiplied by the step input, and the angle turn achieves the nearly circular turn necessary for the squiral TM.SLIDE 11Utilizing the previous index commands, I created a custom block utilizing the square block, adding an additional index for the amount of square input, forcing the square command to stop after the inputed amount of squares. TM.SLIDE 12Utilizing the square block as a base, I created a new block for the expressed purpose of recreating the art, adding additional motion blocks for the inner/outer loop of squares, then inputting pen hue changes for the color variations TM.