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

counter1

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IAAAQKBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==Fix the Maximum custom block first. It should report the largest value in any list that is sent to it. Check using all 3 test lists! (Simply click on the blocks!)Next, fix the custom Minimum block so it will report the smallest value. This time you can use a For Loop! Check using all 3 test lists! (Simply click on the blocks!)-94,8,3,-2,6,74,5,-9,8,23,-14,10,12-17-3,-5,-1,-9,-7,-5-30