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

counter1

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IAAAQKBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==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!)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!)-24,8,3,-2,6,74,5,-9,8,23,-14,10,12-17-3,-5,-1,-9,-7,-526