In the app above, the length of an arrow is said to be the standard deviation of the data set. Describe what this term means again in your own words. [br][br][img width=136,height=44]https://lh6.googleusercontent.com/6jCsU2oNJr4iyqa-HTYklFTQP6xXyTFB-7u8UYgJyG9bnONX2YSHfUpm-Js0nEZoB0EusjYWCq133KFz_BVX7xKmRKKjdAzQp6gY0TstGOYAMTHnbPRnOgg9jjP3wgGICbHRedNG[/img]
In the app below, if a data value is found in either of these two regions, it is said to be an [b]unusual value[/b]. [br][br][img width=117,height=117]https://lh4.googleusercontent.com/4TGSttfW7x4rrHIkFOf0pNYFQC6SJ7soivEvrSSBcmQbFPgPRYNzZ9TrNtEM_aIRoNi0cw6TM7SK6k0YuaAQo9SKq01guchklt08TGIfiXoKQB9e33JLJwWbTQbR1Swy4IPFVavN[/img][img width=117,height=117]https://lh3.googleusercontent.com/5phwUx3xez8nLOF4PLur8FUims0vpjMS_L8TXNt6KkCUTVSD1iXDjO449wqVv4327bWQWpSkNFZ5tAGqH9ObUBQYF95BqSoN4IHibCfUq3y9e4sBMuEeNdv1H4M6VABuSsw-wSVW[/img][br][br]If an [b]unusual value[/b] is found specifically in [color=#666666][b]this region only[/b][/color], it is said to be an [b][color=#666666]outlier[/color][/b]. [br][img width=117,height=117]https://lh3.googleusercontent.com/5phwUx3xez8nLOF4PLur8FUims0vpjMS_L8TXNt6KkCUTVSD1iXDjO449wqVv4327bWQWpSkNFZ5tAGqH9ObUBQYF95BqSoN4IHibCfUq3y9e4sBMuEeNdv1H4M6VABuSsw-wSVW[/img]
Recall if a data value is found in either of these regions, it is said to be an [b]unusual value[/b]. [br][br][img width=117,height=117]https://lh4.googleusercontent.com/4TGSttfW7x4rrHIkFOf0pNYFQC6SJ7soivEvrSSBcmQbFPgPRYNzZ9TrNtEM_aIRoNi0cw6TM7SK6k0YuaAQo9SKq01guchklt08TGIfiXoKQB9e33JLJwWbTQbR1Swy4IPFVavN[/img]. [img width=117,height=117]https://lh3.googleusercontent.com/5phwUx3xez8nLOF4PLur8FUims0vpjMS_L8TXNt6KkCUTVSD1iXDjO449wqVv4327bWQWpSkNFZ5tAGqH9ObUBQYF95BqSoN4IHibCfUq3y9e4sBMuEeNdv1H4M6VABuSsw-wSVW[/img][br][br]Without Googling, how would you define the term [b]unusual value[/b] with respect to the [b]mean[/b] and [b][color=#ff00ff]standard deviation[/color][/b]?
Recall if an [b]unusual value[/b] value is found in [b][color=#666666]this region[/color][/b], it is said to be an [b][color=#666666]outlier[/color][/b]. [br][br][img width=117,height=117]https://lh3.googleusercontent.com/5phwUx3xez8nLOF4PLur8FUims0vpjMS_L8TXNt6KkCUTVSD1iXDjO449wqVv4327bWQWpSkNFZ5tAGqH9ObUBQYF95BqSoN4IHibCfUq3y9e4sBMuEeNdv1H4M6VABuSsw-wSVW[/img][br][br]Without Googling, how would you define the term [b][color=#666666]outlier[/color][/b] with respect to the [b]mean[/b] and [b][color=#ff00ff]standard deviation[/color][/b]?
What was the greatest number of [b]unusual values[/b] you were able to create in the app above?
What was the greatest number of [b][color=#666666]outliers[/color][/b] you were able to create in the app above?