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

counter1

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IAAAQKBgAAH6CYJECBAgIAA+wECBAgQIBAICHCAbpIAAQIECByxcQFpoRMBzwAAAABJRU5ErkJggg==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!)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!)-94,8,3,-2,6,74,5,-9,8,23,-14,10,12-11-3,-5,-1,-9,-7,-526-5