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20-4801010-202.2 - Use the next 2 blocks and the previous block to build four total rows, alternating back and forth between the “regular” and “offset” rows. Use nested loops to keep your script concise.2.3 - Modify the previous loop to finish off the road by building alternating rows all the way to the top of the stage.