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

counter1

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KBgAAH6CYJECBAgIAA+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!)-94,8,3,-2,6,74,5,-9,8,23,-14,10,12239-3,-5,-1,-9,-7,-539