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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,-14,10,1241-3,-5,-1,-9,-7,-50