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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!)-94,8,3,-2,6,74,5,-9,8,23,-14,10,12-17-3,-5,-1,-9,-7,-526