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

counter1

false

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KBgAAH6CYJECBAgIAA+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!)-24,8,3,-2,6,74,5,-9,8,23,-14,10,1287-3,-5,-1,-9,-7,-526