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fP/+VAQEJUfelRHO5ld5fXZoNt+g5xSYm6JYmotynSxpiSkiIuOnE3We7TljjeLzMyv7oVZ33yiYlJC9HLP2hE1gh4+9olxK//RvxNm9zx48eRFQG9SlVEpenrcWTAA0bEbDZg2rfi8hLFPv8bkwhqMyDjBZaf3wrH+sbLMtSNuAJIQN56k2aYG1ewZl2imAE1+evkcZSdHe4UMqWGzsHpciEicSCF2Su5IdFc7v38/AQB+/XrJy6iV1jYBkd6r5VlqzshTsF8z79kmAHp26cR0HbzKlYnbJA6IYkTXL48hnRrh0sX6MPHnQj1u6w/Z8aswuWbt0XCaC693O3ql2D6F5KETJTNyFiVotrhd9294JCQkHseXNWB3BEwEJAX0TUCeqZdw8r4rwyG6fTUy/CZ0D73UjN2HbgRuUmQjMI40XrRgqLzGXNzVI7ugEM9M1NDaFnVnatMvXWvImAgIDcMGgG9bl/H8rXrxAx44sQJVKpUCWlXLzlsQgKbdcPlbauQnnbLQQe8NmEjAgICxHNeXNcHO9K7e/GcucrijjjYIzM1BM+WlVgfAQMB6RKvEdAbNxG3+gu0atUKoaGhIoUBrl81ELDMkNn48z9D4V2xBm4kHXQg4NVxiWIJ5hJL5wa9kICakIDVl3bGgW7L5TMagpVYHwEDARnjRbMD+thuIXZVvGEJtt1IzdIMkyVMNhuujN0gdD+KthnR3rVPEHj/Z12wv+syeXLSsKEx/5z1h6Jg9tBAwGHDhsldr69HGpauWGsgoKeHB6oVLYTUPzMyTuYkXtVCcDTptNT9NF0wOwLWjHsGvz4dK3fJjRplhGpTYm0EDARkbjVtBvT3SkfMstUGAtaoXh3bn6mMIJ/cw61VfW0WjhZ/QNr/aA/URz2wz9Fba3k3/NLlMzkDMmKCEusjYCAg87JpOmBAISA6dqVwjWf6qnnz5sEHaXe0BKeM/EJc46ScO2e8rL5nzx6hH3K3y41K7ZU98HPnpRJxfbgO6w9Dwe2hgYARERGSgIW9bfjfZyvE3+Hh4SJGoK/tdpYEDB6zBKfG2xmobTYkj4iXIdZyyhlM+Ous6om9nTIzJHHjosT6CBgIyDsQ2gxYxNcTC2PiRP40EpMzoJ9HuoGAXiWDcev8aQSPJgF7GdGy2XB22BoRK9Db21uYcnKSkLW9safjYvmKihVjffKxhwYCvvrqq5KARf28sGBxrEEHDPAEAiY5l8CG7lhnhsSIQJUUuu/rpXfv3khKSkJMTIxw66//eR/s7hAtX1GX1AsgAZkEWpsBiwd4Y17UErEpYfQCxoJx9T1hEpDkY7mhCf3xQ7soiTptg0qsj4BhBhwyZIjcBQcV9sEni2JArxUGICJJ6MHsjDBmjP0S+tJLL+GDDz5w+Lnm6tVg3QB833aR3AXzeE6J9REwEJAk0cwwJYv4Ye6CaJw+fVpcy+Q5cfPmzSUiu3btEpuTqKgo9OzZE7NmzUKLFi3Essr7wm3bthUuXJTY2FihR/I7vWhpW/ms0VcDsav1AklARuRSYn0EDASkuUUjYKmi/tiyYCI2nPYSwcmZvoGJnbU7Hvfddx8GDRokUtzTZELnUt4VbtOmDfbv34+wsDAR+YoX3Tl7Mu/He++9J38fHx8v7hfzs2HVEuh06hPsbDVffk8yK7E+AgYCRkZGisvmlNLFAsSlpK/D5mDHjh2CVFyKc5L69euD9r3chC74dPHXPgMTRqKuz1l822KeNFaT2Eqsj4CBgHQQpX8eJSjQFzVXZoSliEhpg8blvJCOdNhgc9nnHxevo7vnTpTzvCT8Cr9tOU/Ux5iE3bt3tz76qodGMwzx+Oijj2SutoYNGyCoeJBbYDp0+LCIqkDyMUIWl3wl1kcg2/Bsrk5WSK8YbmJyivmiIuRbn3D2PXQg4J0kK/wniQi58+WJixKFABEwEPBOkxUWmdva6SxIJwask4ZsdedXkU9DwEBAfbJCeq/07dtX7HwZD5Bh2nJLROg/fDtsnoVgK1LGIRecSkSoSJcVAgYC6pMV7tu3D76+vtKYzPC5OSUi9H9jIzxKVUP632dw++IZpM4xnhnrExFSD2Q6LiUKAQMB7zRZYeW4Xk4vwXueipFLsPJ0UcTLcgnmwztJVqgSESoi5RWBLM0wLFQLKpTXCvS/V2YWV6JpjbKyJaA1uqd6YXYEFAHNPkIWb58ioMUH2OzdUwQ0+whZvH2KgBYfYLN3TxHQ7CNk8fYpAlp8gM3ePUVAs4+QxdunCGjxATZ79xQBzT5CFm+fIqDFB9js3VMENPsIWbx9ioAWH2Czd08R0OwjZPH2KQJafIDN3j1FQLOPkMXbpwho8QE2e/cUAc0+QhZvnyKgxQfY7N1TBDT7CFm8fYqAFh9gs3dPEdDsI2Tx9ikCWnyAzd49RUCzj5DF26cIaPEBNnv3FAHNPkIWb9//AeT3j2veyDiQAAAAAElFTkSuQmCC

counter1

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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,-14,10,1287-3,-5,-1,-9,-7,-539