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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!)-144,8,3,-2,6,74,5,-9,8,23,-14,10,12239-3,-5,-1,-9,-7,-5000