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gIcfkQMSWEJAgJcYs0v+XkCAvQcCBEYQEOARpuAM/yfwGsebiHhqxVJr/RoRn0spP1rtERG3tdaX4/H4peEeliZAILGAACce3oxHPxwOD6WUq4h4bHW/Wuu3iPhUSvneao+IuI6I523b7hruYWkCBBILCHDi4c14dP88PONU3YkAgf9PQIC9i6EEBHiocTgMAQINBQS4Ia6lzxcQ4PPNfIMAgZwCApxzbtOeWoCnHa2LESDwJwEB9iSGEhDgocbhMAQINBQQ4Ia4lj5fQIDPN/MNAgRyCghwzrlNe2oBnna0LkaAgH+C9gZGFhDgkafjbAQIXFLAL+BLalrrwwIC/GFCCxAgkERAgJMMapVjCvAqk3ZPAgQE2BsYSkCAhxqHwxAg0FBAgBviWvp8AQE+38w3CBDIKSDAOec27akFeNrRuhgBAn8SEGBPYigBAR5qHA5DgEBDAQFuiGvp8wUE+Hwz3yBAIKeAAOec27SnFuBpR+tiBAj4J2hvYGQBAR55Os5GgMAlBfwCvqSmtT4sIMAfJrQAAQJJBAQ4yaBWOaYArzJp9yRAQIC9gaEEBHiocTgMAQINBQS4Ia6lzxcQ4PPNfIMAgZwCApxzbtOeWoCnHa2LESDwJwEB9iSGEhDgocbhMAQINBQQ4Ia4sy39GsebiHhqdbda69eI+FxK+dFqj4i4rbW+HI/HLw33sDQBAgT+UkCAPZCTBQ6Hw0Mp5SoiHk/+0pkfrLV+i4hPpZTvZ371nI9fR8Tztm1353zJZwkQIHBJAQG+pObka/nn4ckH7HoECOwqIMC7cufeTIBzz8/pCRAYS0CAx5rH0KcR4KHH43AECCQTEOBkA+t5XAHuqW9vAgRmExDg2Sba8D4C3BDX0gQILCcgwMuN/P0XFuD32/kmAQIE/iwgwN7EyQICfDKVDxIgQOBNAQF+k8gH/ikgwN4CAQIELicgwJeznH4lAZ5+xC5IgMCOAgK8I3b2rQQ4+wSdnwCBkQQEeKRpDH4WAR58QI5HgEAqAQFONa6+hxXgvv52J0BgLgEBnmueTW8jwE15LU6AwGICArzYwD9yXQH+iJ7vEiBA4I8CAuxFnCwgwCdT+SABAgTeFBDgN4l84J8CAuwtECBA4HICAnw5y+lXEuDpR+yCBAjsKCDAO2Jn30qAs0/Q+QkQGElAgEeaxuBnEeDBB+R4BAikEhDgVOPqe1gB7utvdwIE5hIQ4Lnm2fQ2AtyU1+IECCwmIMCLDfwj1xXgj+j5LgECBP4oIMBexMkCAnwylQ8SIEDgTQEBfpMoxwde43gTEU+tTlxr/RoRn0spP1rtERG3tdaX4/H4peEeliZAgEB3AQHuPoLLHOBwODyUUq4i4vEyK/7rKrXWbxHxqZTyvdUeEXEdEc/btt013MPSBAgQ6C4gwN1HcJkD+OfhyzhahQABAnsJCPBe0o33EeDGwJYnQIDAhQUE+MKgvZYT4F7y9iVAgMD7BAT4fW7DfUuAhxuJAxEgQOAvBQR4kgciwJMM0jUIEFhGQIAnGbUATzJI1yBAYBkBAZ5k1AI8ySBdgwCBZQQEeJJRC/Akg3QNAgSWERDgSUYtwJMM0jUIEFhGQIAnGbUATzJI1yBAYBkBAZ5k1AI8ySBdgwCBZQQEeJJRC/Akg3QNAgSWERDgSUYtwJMM0jUIEFhGQIAnGbUATzJI1yBAYBkBAZ5k1AI8ySBdgwCBZQQEeJJRC/Akg3QNAgSWERDgSUYtwJMM0jUIEFhGQIAnGbUATzJI1yBAYBkBAZ5k1AI8ySBdgwCBZQQEeJJRC/Akg3QNAgSWERDgSUYtwJMM0jUIEFhGQIAnGbUATzJI1yBAYBkBAZ5k1AI8ySBdgwCBZQQEeIdRv8bxJiKeWm1Xa/0aEZ9LKT9a7RERt7XWl+Px+KXhHpYmQIDAEgICvMOYD4fDQynlKiIeW21Xa/0WEZ9KKd9b7RER1xHxvG3bXcM9LE2AAIElBAR4hzH75+EdkG1BgACBZAICvMPABHgHZFsQIEAgmYAA7zAwAd4B2RYECBBIJiDAOwxMgHdAtgUBAgSSCQjwDgMT4B2QbUGAAIFkAgK8w8AEeAdkWxAgQCCZgADvMDAB3gHZFgQIEEgmIMA7DEyAd0C2BQECBJIJCPAOAxPgHZBtQYAAgWQCArzDwAR4B2RbECBAIJmAAO8wMAHeAdkWBAgQSCYgwDsMTIB3QLYFAQIEkgkI8A4DE+AdkG1BgACBZAICvMPABHgHZFsQIEAgmYAA7zAwAd4B2RYECBBIJiDAOwxMgHdAtgUBAgSSCQjwDgMT4B2QbUGAAIFkAgK8w8AEeAdkWxAgQCCZgADvMDAB3gHZFgQIEEgmIMA7DEyAd0C2BQECBJIJCPAOAxPgHZBtQYAAgWQCArzDwAR4B2RbECBAIJmAAO8wMAHeAdkWBAgQSCawfIBf43gTEU+tZldr/RoRn0spP1rtERG3tdaX4/H4peEeliZAgACBCwksH+DD4fBQSrmKiMcLmf7LMrXWbxHxqZTyvdUeEXEdEc/btt013MPSBAgQIHAhgeUD7J+HL/SSLEOAAAECZwkI8P39338V27btt//b4r/7+/tfXvfw67QFsDUJECCQUECABTjhs3VkAgQI5BcQYAHO/4rdgAABAgkFBFiAEz5bRyZAgEB+AQEW4Pyv2A0IECCQUECABTjhs3VkAgQI5BcQYAHO/4rdgAABAgkFBFiAEz5bRyZAgEB+AQEW4Pyv2A0IECCQUECABTjhs3VkAgQI5BcQYAHO/4rdgAABAgkFBFiAEz5bRyZAgEB+AQEW4Pyv2A0IECCQUECABTjhs3VkAgQI5BcQYAHO/4rdgAABAgkFBFiAEz5bRyZAgEB+AQEW4Pyv2A0IECCQUECABTjhs3VkAgQI5BcQYAHO/4rdgAABAgkFBFiAEz5bRyZAgEB+AQEW4Pyv2A0IECCQUECABTjhs3VkAgQI5BcYOsD3/4jjTUQ8taKutX6NiM+llB+t9oiI21rry/F4/NJwD0sTIECAQCKBoQN8OBweSilXEfHYyrTW+i0iPpVSvrfaIyKuI+J527a7hntYmgABAgQSCQwd4NdfwLFt26+/hJv8d39//8uvC4tjE16LEiBAgMBPBARYgP1xECBAgEAHAQEW4A7PzpYECBAgIMAC7K+AAAECBDoICLAAd3h2tiRAgAABARZgfwUECBAg0EFAgAW4w7OzJQECBAgIsAD7KyBAgACBDgICLMAdnp0tCRAgQECABdhfAQECBAh0EBBgAe7w7GxJgAABAgIswP4KCBAgQKCDgAALcIdnZ0sCBAgQEGAB9ldAgAABAh0EBFiAOzw7WxIgQICAAAuwvwICBAgQ6CAgwALc4dnZkgABAgQEWID9FRAgQIBABwEBFuAOz86WBAgQICDAAuyvgAABAgQ6CAiwAHd4drYkQIAAAQEWYH8FBAgQINBBQIAFuMOzsyUBAgQIDB3gw+HwSynlOiKeG47qttb6cjwevzTcw9IECBAgQOAPAkMH+P7+/iEi/hYR/91wbr8Fftu2u4Z7WJoAAQIECOQJsFkRIECAAIFZBYb+BTwrunsRIECAAAEB9gYIECBAgEAHAQHugG5LAgQIECAgwN4AAQIECBDoICDAHdBtSYAAAQIEBNgbIECAAAECHQQEuAO6LQkQIECAgAB7AwQIECBAoIOAAHdAtyUBAgQIEBBgb4AAAQIECHQQEOAO6LYkQIAAAQIC7A0QIECAAIEOAgLcAd2WBAgQIEBAgL0BAgQIECDQQUCAO6DbkgABAgQICLA3QIAAAQIEOggIcAd0WxIgQIAAAQH2BggQIECAQAcBAe6AbksCBAgQICDA3gABAgQIEOggIMAd0G1JgAABAgQE2BsgQIAAAQIdBAS4A7otCRAgQICAAHsDBAgQIECgg4AAd0C3JQECBAgQEGBvgAABAgQIdBAQ4A7otiRAgAABAgLsDRAgQIAAgQ4CAtwB3ZYECBAgQECAvQECBAgQINBBQIA7oNuSAAECBAgIsDdAgAABAgQ6CAhwB3RbEiBAgAABAfYGCBAgQIBABwEB7oBuSwIECBAgIMDeAAECBAgQ6CAgwB3QbUmAAAECBATYGyBAgAABAh0EBLgDui0JECBAgIAAewMECBAgQKCDgAB3QLclAQIECBAQYG+AAAECBAh0EBDgDui2JECAAAECAuwNECBAgACBDgIC3AHdlgQIECBAQIC9AQIECBAg0EFAgDug25IAAQIECAiwN0CAAAECBDoICHAHdFsSIECAAAEB9gYIECBAgEAHAQHugG5LAgQIECAgwN4AAQIECBDoICDAHdBtSYAAAQIEBNgbIECAAAECHQQEuAO6LQkQIECAgAB7AwQIECBAoIOAAHdAtyUBAgQIEBBgb4AAAQIECHQQEOAO6LYkQIAAAQIC7A0QIECAAIEOAgLcAd2WBAgQIEBAgL0BAgQIECDQQUCAO6DbkgABAgQICLA3QIAAAQIEOggIcAd0WxIgQIAAAQH2BggQIECAQAcBAe6AbksCBAgQICDA3gABAgQIEOggIMAd0G1JgAABAgQE2BsgQIAAAQIdBAS4A7otCRAgQICAAHsDBAgQIECgg4AAd0C3JQECBAgQEGBvgAABAgQIdBAQ4A7otiRAgAABAgLsDRAgQIAAgQ4CAtwB3ZYECBAgQECAvQECBAgQINBB4H8BO6Ue4SdqphwAAAAASUVORK5CYII=25This makes is so that the square is next to the first one.25This controls the number of squares.#1 You will be modifying the script so that instead of drawing ten squares you will ask the user how many squares to draw. (You will find the blocks in the sensing category to help with that.)#2 You will be modifying the script so that instead of drawing ten squares next to each other the squares will make steps. Check the attached image if you are unsure how that should look.