data:image/png;base64,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 forward turn turnLeft setHeading doFaceTowards gotoXY doGotoObject doGlide changeXPosition setXPosition changeYPosition setYPosition bounceOffEdge xPosition yPosition direction reportJSFunction reportNewCostumeSkewed reportAtan2 reportVariadicMin reportVariadicMax reportPipe receiveUserEdit getPosition reportMousePosition doDefineBlock doSetBlockAttribute doDeleteBlock reportBlockAttribute reportEnvironment receiveSlotEvent doSetSlot receiveConditionEvent reportColor reportColorAttribute reportNewColor reportPoll013510-10901datamapmany1data lists11110ileft2left42left1rightdata:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAeAAAAFoCAYAAACPNyggAAAQAElEQVR4AezWQW8UaXoH8KdAC8MsRJoLWsxG2UOksJHyDZjsokRw8AHmnA+QyEecSxASRkKc1lcr91Fy9QbhAyTRRqDckvNauUZ45g4hdjZ2p3o90eyMMe6u6up6q56f5XfXdFe97/P8nur+z7nwQ4AAAQIECCxdQAAvndyBBAgQIEAgIncAewIIECBAgEBPAgK4J3jHEiBAgEBuAQGcd/46J0CAAIEeBQRwj/iOJkCAAIG8AgI47+xzd657AgQI9CwggHsegOMJECBAIKeAAM45d13nFtA9AQIFCAjgAoagBAIECBDIJyCA881cxwRyC+ieQCECAriQQSiDAAECBHIJCOBc89YtAQK5BXRfkIAALmgYSiFAgACBPAICOM+sdUqAAIHcAoV1L4ALG4hyCBAgQCCHgADOMWddEiBAgEBhAksO4MK6Vw4BAgQIEOhJQAD3BO9YAgQIEMgtIIBbzP8/L8fP3nwaG7OuZV/31aX41Zsfxj8u+9xZz9v7JP5171L821efxqMi1yfxT199Ev9cZG1Ts0/U12o2/Fp97r7+NP5270L8RYuv0PS3CuAWj8C5o7hVVfGzlf+aPCpxHZ2LP64m8Yf/8IutRyWu6lz8ZFLF72//YmujxBVV/PSwXiXWNq1Jfe2eG37t/I4m8Uf1d8yftvgKTX+rAG75CFx7N/l5yy06u/33/mbj6i9/sfWTzg6Ya+OTF//69upK/R8GV0++U8Yrv76zuvJsc+taGdWcrEJ9J03meYXfPFonr/3l5tbP6/+I/urkO16ZVUAAzyrlOgIECBAgsEABAbxATFsROE3A6wQIEPi+gAD+voh/EyBAgACBJQgI4CUgO4JAbgHdEyDwIQEB/CEVrxEgQIAAgY4FBHDHwLYnQCC3gO4JnCYggE+T8ToBAgQIEOhQQAB3iGtrAgQI5BbQ/ccEBPDHdLxHgAABAgQ6EhDAHcHalgABAgRyC5zVvQA+S8j7BAgQIECgAwEB3AGqLQkQIECAwFkC4w7gs7r3PgECBAgQ6ElAAPcE71gCBAgQyC0ggMc7f50RIECAQMECArjg4SiNAAECBMYrIIDHO9vcnemeAAEChQsI4MIHpDwCBAgQGKeAAB7nXHWVW0D3BAgMQEAAD2BISiRAgACB8QkI4PHNVEcEcgvonsBABATwQAalTAIECBAYl4AAHtc8dUOAQG4B3Q9IQAAPaFhKJUCAAIHxCAjg8cxSJwQIEMgtMLDuBfDABqZcAgQIEBiHgAAexxx1QYAAAQIDE1hwAA+se+USIECAAIGeBARwT/COJUCAAIHcAgJ4gfO3FQECBAgQmFVAAM8q5ToCBAgQILBAAQG8QMzcW+meAAECBOYREMDzaLmWAAECBAgsSEAALwjSNrkFdE+AAIF5BQTwvGKuJ0CAAAECCxAQwAtAtAWB3AK6J0CgiYAAbqLmHgIECBAg0FJAALcArCbxJ1//sNp79/RxlLjePt04+GJ97b9vvNyJIteLnf1762sHRdY2Navru3tffY3nk8Svsc/0GfvYKtyv/uy+mRzGzRZfoelvFcAtHoFJFT84msRvLj94FCWu+j8Q4jDi/K3t51Hiqumnz9+53durUeKq66vqGVcl1jatSX3tnht+7fyqiGq6wk9jgekXYOObs99Y4/37yvvJH5TqcPnhxsXr7ycXSq3vysONC7/c3PpBqfXt3lm9+Gxzq1g/9bV7cvi189ve3FqJ8/G63S65764zJDeA7gkQIECAQB8CArgPdWcSIECAwOAF2jYggNsKup8AAQIECDQQEMAN0NxCgAABAgTaCgw7gNt2734CBAgQINCTgADuCd6xBAgQIJBbQAAPd/4qJ0CAAIEBCwjgAQ9P6QQIECAwXAEBPNzZ5a5c9wQIEBi4gAAe+ACVT4AAAQLDFBDAw5ybqnML6J4AgREICOARDFELBAgQIDA8AQE8vJmpmEBuAd0TGImAAB7JILVBgAABAsMSEMDDmpdqCRDILaD7EQkI4BENUysECBAgMBwBATycWamUAAECuQVG1r0AHtlAtUOAAAECwxAQwMOYkyoJECBAYGQCcwbwyLrXDgECBAgQ6ElAAPcE71gCBAgQyC0ggOeYv0sJECBAgMCiBATwoiTtQ4AAAQIE5hAQwHNg5b5U9wQIECCwSAEBvEhNexEgQIAAgRkFBPCMUC7LLaB7AgQILFpAAC9a1H4ECBAgQGAGAQE8A5JLCOQW0D0BAl0ICOAuVO1JgAABAgTOEBDAZwB5mwCB3AK6J9CVgADuSta+BAgQIEDgIwIC+CM43iJAgEBuAd13KSCAu9S1NwECBAgQOEVAAJ8C42UCBAgQyC3QdfcCuGth+xMgQIAAgQ8ICOAPoHiJAAECBAh0LVB2AHfdvf0JECBAgEBPAgK4DfxRfP71p9Xeu6ePo8T19snG/t6l6qDE2qY1Teu7e3/t4MbLnShyvdjZV1+L2fBr91wX7ndvfe3N5DButvkKzX6vAG73BFSHEdWXn12NDlbrPSOimlRRXX7wKEpcEcf13dp+HiWuiOP6dm+vRokrQn1t5hLBr41fVftNV/hpLCCAG9PVN56LV882t67VfxX5u3tn9eL195MLRRZXF3Xl4Ubx9dXzLdZvOl/11Q9Sw19+DeG+uW17c2slzsfrb/7p/xoICOAGaG5ZgoAjCBAgMHIBATzyAWuPAAECBMoUEMBlzkVVuQV0T4BAAgEBnGDIWiRAgACB8gQEcHkzURGB3AK6J5BEQAAnGbQ2CRAgQKAsAQFc1jxUQ4BAbgHdJxIQwImGrVUCBAgQKEdAAJczC5UQIEAgt0Cy7gVwsoFrlwABAgTKEBDAZcxBFQQIECCQTOB7AZyse+0SIECAAIGeBARwT/COJUCAAIHcAgL4d+bvTwIECBAgsCwBAbwsaecQIECAAIHfERDAv4OR+0/dEyBAgMAyBQTwMrWdRYAAAQIEvhEQwN9A+L/cAronQIDAsgUE8LLFnUeAAAECBGoBAVwj+CWQW0D3BAj0ISCA+1B3JgECBAikFxDA6R8BAARyC+ieQF8CArgveecSIECAQGoBAZx6/JonQCC3gO77FBDAfeo7mwABAgTSCgjgtKPXOAECBHIL9N29AO57As4nQIAAgZQCAjjl2DVNgAABAn0L9BvAfXfvfAIECBAg0JOAAO4J3rEECBAgkFtAAPc3fycTIECAQGIBAZx4+FonQIAAgf4EBHB/9rlP1j0BAgSSCwjg5A+A9gkQIECgHwEB3I+7U3ML6J4AAQIhgD0EBAgQIECgBwEB3AO6IwmkFtA8AQK/FRDAv2Vo+D9H8fkX62t7N17uRJHrxc7+3qXq4N3Tx1Hievtko/j67t5fOyhyttNnrp6v+lp89vi1+t66t772ZnIYNxt+e7qtFhDANUKL3+owotq9vRolroioJlVUX352NUpcEcf1XX7wKEpcEcf13dp+HiWuiOP6Snz2pjVFqG/q8L0183dFRNl+VV3fdIWfxgICuDFdfeO5ePVsc+ta/VeRv7t3Vi/W9V0osri6qGl9199Piq3vysONi6XXV/p81Vc/6A1/p5+Pkv22N7dW4ny8btie22oBAVwj+CVAgACBJQg44jsCAvg7HP5BgAABAgSWIyCAl+PsFAIECBDILXCiewF8gsQLBAgQIECgewEB3L2xEwgQIECAwAmBVAF8onsvECBAgACBngQEcE/wjiVAgACB3AICOM38NUqAAAECJQkI4JKmoRYCBAgQSCMggNOMOnejuidAgEBpAgK4tImohwABAgRSCAjgFGPWZG4B3RMgUKKAAC5xKmoiQIAAgdELCODRj1iDBHIL6J5AqQICuNTJqIsAAQIERi0ggEc9Xs0RIJBbQPclCwjgkqejNgIECBAYrYAAHu1oNUaAAIHcAqV3L4BLn5D6CBAgQGCUAgJ4lGPVFAECBAiULtBtAJfevfoIECBAgEBPAgK4J3jHEiBAgEBuAQHc3fztTIAAAQIEThUQwKfSeIMAAQIECHQnIIC7s829s+4JECBA4KMCAvijPN4kQIAAAQLdCAjgblztmltA9wQIEDhTQACfSeQCAgQIECCweAEBvHhTOxLILaB7AgRmEhDAMzG5iAABAgQILFZAAC/W024ECOQW0D2BmQUE8MxULiRAgAABAosTEMCLs7QTAQIEcgvofi4BATwXl4sJECBAgMBiBATwYhztQoAAAQK5BebuXgDPTeYGAgQIECDQXkAAtze0AwECBAgQmFtgVAE8d/dtbziKz79YX9u78XInilwvdvbv3l87KLK2qVld396l6uDd08dR4nr7ZGO/9PpKn6/6Wnw31J+Pkv3ura+9mRzGzbZfo5nvF8Dtpl8dRlS7t1ejxBUR1aQqv74vP7saJa6IY7/LDx5FiSviuL5b28+jxBVxXF+Jn41pTRHqmzo0XVXtN13hp7GAAG5MV994Ll4929y6Vv9VwO/JEnbvrF6s67tw8p0yXhlCfdffT4r1u/Jw42Lp9Xn+mn/WSv98bG9urcT5eN28Q3cKYM8AAQIECBDoQUAA94DuyMUL2JEAAQJDExDAQ5uYegkQIEBgFAICeBRj1ERuAd0TIDBEAQE8xKmpmQABAgQGLyCABz9CDRDILaB7AkMVEMBDnZy6CRAgQGDQAgJ40ONTPAECuQV0P2QBATzk6amdAAECBAYrIIAHOzqFEyBAILfA0LsXwEOfoPoJECBAYJACAniQY1M0AQIECAxdoF0AD7179RMgQIAAgZ4EBHBP8I4lQIAAgdwCArj5/N1JgAABAgQaCwjgxnRuJECAAAECzQUEcHO73HfqngABAgRaCQjgVnxuJkCAAAECzQQEcDM3d+UW0D0BAgRaCwjg1oQ2IECAAAEC8wsI4PnN3EEgt4DuCRBYiIAAXgijTQgQIECAwHwCAng+L1cTIJBbQPcEFiYggBdGaSMCBAgQIDC7gACe3cqVBAgQyC2g+4UKCOCFctqMAAECBAjMJiCAZ3NyFQECBAjkFlh49wJ44aQ2JECAAAECZwsI4LONXEGAAAECBBYuMKgAXnj3NiRAgAABAj0JCOCe4B1LgAABArkFBPBg5q9QAgQIEBiTgAAe0zT1QoAAAQKDERDAgxlV7kJ1T4AAgbEJCOCxTVQ/BAgQIDAIAQE8iDEpMreA7gkQGKOAAB7jVPVEgAABAsULCOA2IzqKz79YX9u78XInilwvdvbv3l87KLK2qdkA6tu7VB28e/o4Slxvn2zsl17fIp6/zp7fATx/JfvdW197MzmMm22+QrPfK4DbPQHVYUS1e3s1SlwRUU0q9TWdTcSx35efXY0SV8RxfZcfPIoSV8Rxfbe2n0eJK+K4vqbPR9f3RZRdX1XXN13hp7GAAG5MV994Ll4929y6Vv9V5O/undWLdX0XiiyuLkp9NUKL36nf9feTYud75eHGxdLrK//zsVXsfLc3t1bifLxu8Qinv1UAp38EYBUEtwAACQNJREFUABAgQIBAHwICuA91ZxIgQIDAmQJjv0AAj33C+iNAgACBIgUEcJFjURQBAgQIjF3g4wE89u71R4AAAQIEehIQwD3BO5YAAQIEcgsI4NPn7x0CBAgQINCZgADujNbGBAgQIEDgdAEBfLpN7nd0T4AAAQKdCgjgTnltToAAAQIEPiwggD/s4tXcAronQIBA5wICuHNiBxAgQIAAgZMCAvikiVcI5BbQPQECSxEQwEthdggBAgQIEPiugAD+rod/ESCQW0D3BJYmIICXRu0gAgQIECDwrYAA/tbCXwQIEMgtoPulCgjgpXI7jAABAgQIHAsI4GMH/0uAAAECuQWW3r0AXjq5AwkQIECAQIQA9hQQIECAAIEeBIoK4B76dyQBAgQIEOhFQAD3wu5QAgQIEMguIICLeQIUQoAAAQKZBARwpmnrlQABAgSKERDAxYwidyG6J0CAQDYBAZxt4volQIAAgSIEBHARY1BEbgHdEyCQUUAAZ5y6ngkQIECgdwEB3PsIFEAgt4DuCWQVEMBZJ69vAgQIEOhVQAD3yu9wAgRyC+g+s4AAzjx9vRMgQIBAbwICuDd6BxMgQCC3QPbuBXD2J0D/BAgQINCLgADuhd2hBAgQIJBbIEIAZ38C9E+AAAECvQgI4DbsR/H5F+trezde7kSR68XO/t37awdF1jY1U1+756b227tUHbx7+jhKXG+fbOyXXp/PR/Pvrnvra28mh3GzzVdo9nszB/AiZl8dRlS7t1ejxBUR1aRSX9PZRAzD78vPrkaJK+LY7/KDR1Hiijiu79b28yhxRRzX1/T57fq+qq5vusJPYwEB3JiuvvFcvHq2uXWt/qvI3907qxfr+i4UWVxdlPpqhBa/Q/C7/n5S7PN35eHGxdLrK/nzu725tRLn43WLRzj9rQI46yOgbwIECBDoVUAA98rvcAIECBDIKiCAs04+d9+6J0CAQO8CArj3ESiAAAECBDIKCOCMU9dzbgHdEyBQhIAALmIMiiBAgACBbAICONvE9Usgt4DuCRQjIICLGYVCCBAgQCCTgADONG29EiCQW0D3RQkI4KLGoRgCBAgQyCIggLNMWp8ECBDILVBc9wK4uJEoiAABAgQyCAjgDFPWIwECBAgUJ7DUAC6uewURIECAAIGeBARwT/COJUCAAIHcAgJ4afN3EAECBAgQ+FZAAH9r4S8CBAgQILA0AQG8NOrcB+meAAECBL4rIIC/6+FfBAgQIEBgKQICeCnMDsktoHsCBAicFBDAJ028QoAAAQIEOhcQwJ0TO4BAbgHdEyDwYQEB/GEXrxIgQIAAgU4FBHCnvDYnQCC3gO4JnC4ggE+38Q4BAgQIEOhMQAB3RmtjAgQI5BbQ/ccFBPDHfbxLgAABAgQ6ERDAnbDalAABAgRyC5zdvQA+28gVBAgQIEBg4QICeOGkNiRAgAABAmcLjDmAz+7eFQQIECBAoCcBAdwTvGMJECBAILeAAB7r/PVFgAABAkULCOCix6M4AgQIEBirgAAe62Rz96V7AgQIFC8ggIsfkQIJECBAYIwCAniMU9VTbgHdEyAwCAEB3GZMR/H5F+trezde7kSR68XO/t37awdF1jY1U1+752YAfnuXqoN3Tx9Hievtk4390usr+fN7b33tzeQwbrb5Cs1+rwBu9wRUhxHV7u3VKHFFRDWp1Nd0NhH8mtpN74s49vvys6uxxDXzWRHH9V1+8ChKXBHH9d3afh4lrqqub7rCT2MBAdyYrr7xXLx6trl1rf6ryN/dO6sX6/ouFFlcXZT6aoQWv/xa4NW3Tv2uv58U+/m48nDjYsn1/ej9ZCXOx+ua0m9DAQHcEM5tBAgQKE5AQYMSEMCDGpdiCRAgQGAsAgJ4LJPUBwECBHILDK57ATy4kSmYAAECBMYgIIDHMEU9ECBAgMDgBBYawIPrXsEECBAgQKAnAQHcE7xjCRAgQCC3gABe2PxtRIAAAQIEZhcQwLNbuZIAAQIECCxMQAAvjDL3RronQIAAgfkEBPB8Xq4mQIAAAQILERDAC2G0SW4B3RMgQGB+AQE8v5k7CBAgQIBAawEB3JrQBgRyC+ieAIFmAgK4mZu7CBAgQIBAKwEB3IrPzQQI5BbQPYHmAgK4uZ07CRAgQIBAYwEB3JjOjQQIEMgtoPt2AgK4nZ+7CRAgQIBAIwEB3IjNTQQIECCQW6B99wK4vaEdCBAgQIDA3AICeG4yNxAgQIAAgfYCQw7g9t3bgQABAgQI9CQggHuCdywBAgQI5BYQwEOdv7oJECBAYNACAnjQ41M8AQIECAxVQAAPdXK569Y9AQIEBi8ggAc/Qg0QIECAwBAFBPAQp6bm3AK6J0BgFAICeBRj1AQBAgQIDE1AAA9tYuolkFtA9wRGIyCARzNKjRAgQIDAkAQE8JCmpVYCBHIL6H5UAgJ4VOPUDAECBAgMRUAAD2VS6iRAgEBugdF1L4BHN1INESBAgMAQBATwEKakRgIECBAYncBcATy67ls2VEVcu7e+9i8tt+ns9p++2Nm7u76219kBLTdWXztAfu399j6tiv18vHuysVdyfV9/Wv1qchQ/ajeF3HcL4BbzP/rfeH00if+4+9drj0tccRS/rj8guyXWNq1Jfe2eG36L8dv7YfW4xPX/8y2xtmlNk/q779xv4lWLr9D0twrgmR+Bkxeu/E/83Y/34y+vv4+NEte1g/jzHx/En5VY27Qm9bV7bvjxm36O+lor+/FXK4fx9ye/Gb0yq4AAnlXKdQQIECBAYIECAniBmGPeSm8ECBAgsFgBAbxYT7sRIECAAIGZBATwTEwuyi2gewIECCxeQAAv3tSOBAgQIEDgTAEBfCaRCwjkFtA9AQLdCAjgblztSoAAAQIEPioggD/K400CBHIL6J5AdwICuDtbOxMgQIAAgVMFBPCpNN4gQIBAbgHddysggLv1tTsBAgQIEPiggAD+IIsXCRAgQCC3QPfdC+DujZ1AgAABAgROCAjgEyReIECAAAEC3QuUHMDdd+8EAgQIECDQk4AA7gnesQQIECCQW0AAlzp/dREgQIDAqAUE8KjHqzkCBAgQKFXg/wAAAP//1SIxAgAAAAZJREFUAwBunhXtcxgGdQAAAABJRU5ErkJggg==This procedure uses the for loop and its index to say each letter of the word.Edit these remaining blocks to solve other mazes. Be sure to swap with "Escape Maze 1" block.This procedure uses the index in the for loop to play the notes 50, 60, 70 10 times.Click on the Board sprite to access the maze drawing blocks.Replace the "Draw Maze 1" block with these blocks to display the other mazes.These 5 mazes are already created for you.40140,-1401,0,0,0,0,0,0,01,1,0,0,0,0,0,00,1,1,0,0,0,0,00,0,1,1,0,0,0,00,0,0,1,1,0,0,00,0,0,0,1,1,0,00,0,0,0,0,1,1,00,0,0,0,0,0,1,1