Consider the Observations `x_1=1,x_2=2,x_3=3,.....x_100=100,x_(101)=101,x_(102)=102,x_(103)=103,x_(104)=104`
Mean deviation from the median of the given data is

Consider the Observations x_1=1,x_2=2,x_3=3,.....x_100=100,x_(101)=101,x_(102)=102,x_(103)=103,x_(104)=104 Quarter deviation of the given data is

Consider the observation x_(1)=1, x_(2), x_(3)=3, .............x_(100)=100 x_(101), x_(102), x_(103), x_(104)=104 Median of the given data is

Consider any set of observations x_(1),x_(2),x_(3),..,x_(101) . It is given that x_(1) lt x_(2) lt x_(3) lt .. Lt x_(100) lt x_(101) , then the mean deviation of this set of observations about a point k is minimum when k equals

Consider any set of observations x_(1),x_(2),x_(3),..,x_(101) . It is given that x_(1) lt x_(2) lt x_(3) lt .. lt x_(100) lt x_(101) , then the mean deviation of this set of observations about a point k is minimum when k equals

Consider any set of observations x_(1),x_(2),x_(3),..,x_(101) . It is given that x_(1) lt x_(2) lt x_(3) lt .. Lt x_(100) lt x_(101) , then the mean deviation of this set of observations about a point k is minimum when k equals

For the values x_1,x_2........x_100 of a distribution x_1 lt x_2 lt x_3 lt......lt x_100 lt x_101. The mean deviation of this distribution with respect to anumber k will be minimum when k is equal to

If the mean of n observations x_(1),x_(2),x_(3)...x_(n) is bar(x) then the sum of deviations of observations from mean is

Mean deviation for n observation x_(1),x_(2),…..x_(n) from their mean bar x is given by