| Line 20: |
Line 20: |
| | | | |
| | ==Examples== | | ==Examples== |
| − | #=AVEDEV(50,52, 54, 56, 58, 60) gives the result 3<br/>
| + | *=AVEDEV(50,52, 54, 56, 58, 60) gives the result 3<br/> |
| | '''Steps''' | | '''Steps''' |
| | #Mean=(50+52+ 54+ 56+ 58+ 60)/6 = 330/6 = 55 | | #Mean=(50+52+ 54+ 56+ 58+ 60)/6 = 330/6 = 55 |
| | #Deviation=|50-55|,|52-55|,|54-55|,|56-55|,|58-55|,|60-55|=5,3,1,1,3,5 | | #Deviation=|50-55|,|52-55|,|54-55|,|56-55|,|58-55|,|60-55|=5,3,1,1,3,5 |
| | #Average Deviation = 5+3+1+1+3+5)/6 = 3 | | #Average Deviation = 5+3+1+1+3+5)/6 = 3 |
| − | | + | *=AVEDEV(-20,40,-30,50,60) = 36 |
| − | #=AVEDEV(-20,40,-30,50,60) = 36
| + | *=AVEDEV(-1.2,3.5,7,2,8.3,9.1) = 3.35 |
| − | #=AVEDEV(-1.2,3.5,7,2,8.3,9.1) = 3.35
| + | *=AVEDEV(B2:B5) = 1.75 |
| − | #=AVEDEV(B2:B5) = 1.75
| |