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

counter1

false

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AAECBAgIsB8gQIAAAQKBgAAH6CYJECBAgIAA+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,-50-300