data:image/png;base64,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

number of squares JC

Hello!2data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAeAAAAFoCAYAAACPNyggAAAQAElEQVR4AezVC27kNhAEUCP3P3SC/NZeez6SSDWb9YJg1zsjkV2vDdQfH/4jQIAAAQIEbhdQwLeTu5AAAQIECHx8ZBew3wACBAgQIFAkoICL4F1LgAABAtkCCjh3/5ITIECAQKGAAi7EdzUBAgQI5Aoo4NzdZyeXngABAsUCCrh4Aa4nQIAAgUwBBZy5d6mzBaQnQGABAQW8wBKMQIAAAQJ5Ago4b+cSE8gWkJ7AIgIKeJFFGIMAAQIEsgQUcNa+pSVAIFtA+oUEFPBCyzAKAQIECOQIKOCcXUtKgACBbIHF0ivgxRZiHAIECBDIEFDAGXuWkgABAgQWE7i5gBdLbxwCBAgQIFAkoICL4F1LgAABAtkCCvjG/buKAAECBAj8J6CA/5PwNwECBAgQuFFAAd+InX2V9AQIECDwWUABf9bwMwECBAgQuElAAd8E7ZpsAekJECDwu4AC/l3EvwkQIECAwA0CCvgGZFcQyBaQngCBnwQU8E8qPiNAgAABApMFFPBkYMcTIJAtID2BRwIK+JGMzwkQIECAwEQBBTwR19EECBDIFpD+mYACfqbjOwIECBAgMElAAU+CdSwBAgQIZAu8Sq+AXwn5ngABAgQITBBQwBNQHUmAAAECBF4J7F3Ar9L7ngABAgQIFAko4CJ41xIgQIBAtoAC3nf/khEgQIDAwgIKeOHlGI0AAQIE9hVQwPvuNjuZ9AQIEFhcQAEvviDjESBAgMCeAgp4z71KlS0gPQECDQQUcIMlGZEAAQIE9hNQwPvtVCIC2QLSE2gioICbLMqYBAgQILCXgALea5/SECCQLSB9IwEF3GhZRiVAgACBfQQU8D67lIQAAQLZAs3SK+BmCzMuAQIECOwhoID32KMUBAgQINBMYHABN0tvXAIECBAgUCSggIvgXUuAAAEC2QIKeOD+HUWAAAECBN4VUMDvSnmOAAECBAgMFFDAAzGzj5KeAAECBI4IKOAjWp4lQIAAAQKDBBTwIEjHZAtIT4AAgaMCCviomOcJECBAgMAAAQU8ANERBLIFpCdA4IyAAj6j5h0CBAgQIHBRQAFfBPQ6AQLZAtITOCuggM/KeY8AAQIECFwQUMAX8LxKgACBbAHprwgo4Ct63iVAgAABAicFFPBJOK8RIECAQLbA1fQK+Kqg9wkQIECAwAkBBXwCzSsECBAgQOCqQO8Cvpre+wQIECBAoEhAARfBu5YAAQIEsgUUcN/9m5wAAQIEGgso4MbLMzoBAgQI9BVQwH13lz259AQIEGguoICbL9D4BAgQINBTQAH33JupswWkJ0BgAwEFvMESRSBAgACBfgIKuN/OTEwgW0B6ApsIKOBNFikGAQIECPQSUMC99mVaAgSyBaTfSEABb7RMUQgQIECgj4AC7rMrkxIgQCBbYLP0CnizhYpDgAABAj0EFHCPPZmSAAECBDYTOFjAm6UXhwABAgQIFAko4CJ41xIgQIBAtoACPrB/jxIgQIAAgVECCniUpHMIECBAgMABAQV8ACv7UekJECBAYKSAAh6p6SwCBAgQIPCmgAJ+E8pj2QLSEyBAYLSAAh4t6jwCBAgQIPCGgAJ+A8kjBLIFpCdAYIaAAp6h6kwCBAgQIPBCQAG/API1AQLZAtITmCWggGfJOpcAAQIECDwRUMBPcHxFgACBbAHpZwoo4Jm6ziZAgAABAg8EFPADGB8TIECAQLbA7PQKeLaw8wkQIECAwA8CCvgHFB8RIECAAIHZAmsX8Oz0zidAgAABAkUCCrgI3rUECBAgkC2ggNfdv8kIECBAYGMBBbzxckUjQIAAgXUFFPC6u8meTHoCBAhsLqCAN1+weAQIECCwpoACXnMvpsoWkJ4AgQABBRywZBEJECBAYD0BBbzeTkxEIFtAegIhAgo4ZNFiEiBAgMBaAgp4rX2YhgCBbAHpgwQUcNCyRSVAgACBdQQU8Dq7MAkBAgSyBcLSK+CwhYtLgAABAmsIKOA19mAKAgQIEAgT+K2Aw9KLS4AAAQIEigQUcBG8awkQIEAgW0ABf9q/HwkQIECAwF0CCvguafcQIECAAIFPAgr4E0b2j9ITIECAwJ0CCvhObXcRIECAAIF/BRTwvxD+yhaQngABAncLKOC7xd1HgAABAgT+ElDAfyH4n0C2gPQECFQIKOAKdXcSIECAQLyAAo7/FQBAIFtAegJVAgq4St69BAgQIBAtoICj1y88AQLZAtJXCijgSn13EyBAgECsgAKOXb3gBAgQyBaoTq+AqzfgfgIECBCIFFDAkWsXmgABAgSqBWoLuDq9+wkQIECAQJGAAi6Cdy0BAgQIZAso4Lr9u5kAAQIEggUUcPDyRSdAgACBOgEFXGeffbP0BAgQCBdQwOG/AOITIECAQI2AAq5xd2u2gPQECBD4UMB+CQgQIECAQIGAAi5AdyWBaAHhCRD4W0AB/83gDwIECBAgcK+AAr7X220ECGQLSE/gfwEF/D+FHwgQIECAwH0CCvg+azcRIEAgW0D6LwIK+AuHfxAgQIAAgXsEFPA9zm4hQIAAgWyBb+kV8DcSHxAgQIAAgfkCCni+sRsIECBAgMA3gagC/pbeBwQIECBAoEhAARfBu5YAAQIEsgUUcMz+BSVAgACBlQQU8ErbMAsBAgQIxAgo4JhVZweVngABAqsJKODVNmIeAgQIEIgQUMARaxYyW0B6AgRWFFDAK27FTAQIECCwvYAC3n7FAhLIFpCewKoCCnjVzZiLAAECBLYWUMBbr1c4AgSyBaRfWUABr7wdsxEgQIDAtgIKeNvVCkaAAIFsgdXTK+DVN2Q+AgQIENhSQAFvuVahCBAgQGB1gbkFvHp68xEgQIAAgSIBBVwE71oCBAgQyBZQwPP272QCBAgQIPBQQAE/pPEFAQIECBCYJ6CA59lmnyw9AQIECDwVUMBPeXxJgAABAgTmCCjgOa5OzRaQngABAi8FFPBLIg8QIECAAIHxAgp4vKkTCWQLSE+AwFsCCvgtJg8RIECAAIGxAgp4rKfTCBDIFpCewNsCCvhtKg8SIECAAIFxAgp4nKWTCBAgkC0g/SEBBXyIy8MECBAgQGCMgAIe4+gUAgQIEMgWOJxeAR8m8wIBAgQIELguoICvGzqBAAECBAgcFtiqgA+n9wIBAgQIECgSUMBF8K4lQIAAgWwBBbzN/gUhQIAAgU4CCrjTtsxKgAABAtsIKOBtVpkdRHoCBAh0E1DA3TZmXgIECBDYQkABb7FGIbIFpCdAoKOAAu64NTMTIECAQHsBBdx+hQIQyBaQnkBXAQXcdXPmJkCAAIHWAgq49foMT4BAtoD0nQUUcOftmZ0AAQIE2goo4LarMzgBAgSyBbqnV8DdN2h+AgQIEGgpoIBbrs3QBAgQINBd4FoBd09vfgIECBAgUCSggIvgXUuAAAEC2QIK+Pz+vUmAAAECBE4LKODTdF4kQIAAAQLnBRTwebvsN6UnQIAAgUsCCvgSn5cJECBAgMA5AQV8zs1b2QLSEyBA4LKAAr5M6AACBAgQIHBcQAEfN/MGgWwB6QkQGCKggIcwOoQAAQIECBwTUMDHvDxNgEC2gPQEhgko4GGUDiJAgAABAu8LKOD3rTxJgACBbAHphwoo4KGcDiNAgAABAu8JKOD3nDxFgAABAtkCw9Mr4OGkDiRAgAABAq8FFPBrI08QIECAAIHhAq0KeHh6BxIgQIAAgSIBBVwE71oCBAgQyBZQwG32b1ACBAgQ2ElAAe+0TVkIECBAoI2AAm6zquxBpSdAgMBuAgp4t43KQ4AAAQItBBRwizUZMltAegIEdhRQwDtuVSYCBAgQWF5AAS+/IgMSyBaQnsCuAgp4183KRYAAAQJLCyjgpddjOAIEsgWk31lAAe+8XdkIECBAYFkBBbzsagxGgACBbIHd0yvg3TcsHwECBAgsKaCAl1yLoQgQIEBgd4HnBbx7evkIECBAgECRgAIugnctAQIECGQLKODH+/cNAQIECBCYJqCAp9E6mAABAgQIPBZQwI9tsr+RngABAgSmCijgqbwOJ0CAAAECPwso4J9dfJotID0BAgSmCyjg6cQuIECAAAEC3wUU8HcTnxDIFpCeAIFbBBTwLcwuIUCAAAECXwUU8FcP/yJAIFtAegK3CSjg26hdRIAAAQIEfgko4F8WfiJAgEC2gPS3CijgW7ldRoAAAQIE/hFQwP84+JMAAQIEsgVuT6+Abyd3IQECBAgQ+PhQwH4LCBAgQIBAgcBSBVyQ35UECBAgQKBEQAGXsLuUAAECBNIFFPAyvwEGIUCAAIEkAQWctG1ZCRAgQGAZAQW8zCqyB5GeAAECaQIKOG3j8hIgQIDAEgIKeIk1GCJbQHoCBBIFFHDi1mUmQIAAgXIBBVy+AgMQyBaQnkCqgAJO3bzcBAgQIFAqoIBL+V1OgEC2gPTJAgo4efuyEyBAgECZgAIuo3cxAQIEsgXS0yvg9N8A+QkQIECgREABl7C7lAABAgSyBT4+FHD6b4D8BAgQIFAioIBL2F1KgAABAukCyQWcvnv5CRAgQKBQQAEX4ruaAAECBHIFFHDq7uUmQIAAgVIBBVzK73ICBAgQSBVQwKmbz84tPQECBMoFFHD5CgxAgAABAokCCjhx6zJnC0hPgMASAgp4iTUYggABAgTSBBRw2sblJZAtID2BZQQU8DKrMAgBAgQIJAko4KRty0qAQLaA9EsJKOCl1mEYAgQIEEgRUMApm5aTAAEC2QLLpVfAy63EQAQIECCQIKCAE7YsIwECBAgsJ3BrAS+X3kAECBAgQKBIQAEXwbuWAAECBLIFFPBt+3cRAQIECBD4JaCAf1n4iQABAgQI3CaggG+jzr5IegIECBD4KqCAv3r4FwECBAgQuEVAAd/C7JJsAekJECDwXUABfzfxCQECBAgQmC6ggKcTu4BAtoD0BAj8LKCAf3bxKQECBAgQmCqggKfyOpwAgWwB6Qk8FlDAj218Q4AAAQIEpgko4Gm0DiZAgEC2gPTPBRTwcx/fEiBAgACBKQIKeAqrQwkQIEAgW+B1egX82sgTBAgQIEBguIACHk7qQAIECBAg8Fpg5wJ+nd4TBAgQIECgSEABF8G7lgABAgSyBRTwrvuXiwABAgSWFlDAS6/HcAQIECCwq4AC3nWz2bmkJ0CAwPICCnj5FRmQAAECBHYUUMA7blWmbAHpCRBoIaCAW6zJkAQIECCwm4AC3m2j8hDIFpCeQBsBBdxmVQYlQIAAgZ0EFPBO25SFAIFsAelbCSjgVusyLAECBAjsIqCAd9mkHAQIEMgWaJdeAbdbmYEJECBAYAcBBbzDFmUgQIAAgXYCQwu4XXoDEyBAgACBIgEFXATvWgIECBDIFlDAw/bvIAIECBAg8L6AAn7fypMECBAgQGCYgAIeRpl9kPQECBAgcExAAR/z8jQBAgQIEBgioICHMDokW0B6AgQIHBdQwMfNvEGAAAECBC4LKODLhA4gkC0gPQECv+uE6gAAAkNJREFU5wQU8Dk3bxEgQIAAgUsCCvgSn5cJEMgWkJ7AeQEFfN7OmwQIECBA4LSAAj5N50UCBAhkC0h/TUABX/PzNgECBAgQOCWggE+xeYkAAQIEsgWup1fA1w2dQIAAAQIEDgso4MNkXiBAgAABAtcFOhfw9fROIECAAAECRQIKuAjetQQIECCQLaCAu+7f3AQIECDQWkABt16f4QkQIECgq4AC7rq57LmlJ0CAQHsBBdx+hQIQIECAQEcBBdxxa2bOFpCeAIEtBBTwFmsUggABAgS6CSjgbhszL4FsAekJbCOggLdZpSAECBAg0ElAAXfallkJEMgWkH4rAQW81TqFIUCAAIEuAgq4y6bMSYAAgWyB7dIr4O1WKhABAgQIdBBQwB22ZEYCBAgQ2E7gUAFvl14gAgQIECBQJKCAi+BdS4AAAQLZAgr47f17kAABAgQIjBNQwOMsnUSAAAECBN4WUMBvU2U/KD0BAgQIjBVQwGM9nUaAAAECBN4SUMBvMXkoW0B6AgQIjBdQwONNnUiAAAECBF4KKOCXRB4gkC0gPQECcwQU8BxXpxIgQIAAgacCCvgpjy8JEMgWkJ7APAEFPM/WyQQIECBA4KGAAn5I4wsCBAhkC0g/V0ABz/V1OgECBAgQ+FFAAf/I4kMCBAgQyBaYn14Bzzd2AwECBAgQ+CaggL+R+IAAAQIECMwXWLmA56d3AwECBAgQKBJQwEXwriVAgACBbAEFvOr+zUWAAAECWwso4K3XKxwBAgQIrCrwJwAAAP//lVwoVAAAAAZJREFUAwDU5ALRcl29HAAAAABJRU5ErkJggg==These two scripts perform the same task!!!!specifies the limit and minimum the index will say JCSLIDE 7SLIDE 8states the max and min of numbers it can say JCstates max and min of numbers that can be stated JCmin and max that's stated JCSLIDES 9 & 10size of the spiral JCsize of the spiral JCSLIDE 12SLIDE 11decided the size/how many squared JC