The sum and sum of squares corresponding to length x (in cm) and weight y (in gm) of 50 plant products are given below`sum_(i=1)^(50)x_i=212 ,sum_(i=1)^(50)xi2=902. 8 ,sum_(i=1)^(50)y_1=261 ,sum_(i=1)^(50)y i2=1457. 6`Which is more varyi

The sum and sum of squares corresponding to length x (in cm) and weight y (in gm) of 50 plant products are given below : sum_(i=1)^(50)x_i=212 ,sum_(i=1)^(50)x_i^2=902. 8 ,sum_(i=1)^(50)y_i=261 ,sum_(i=1)^50 y_ i^2=1457. 6 Which is more varying, the length or weight?

The sum and sum of squares corresponding to length x (in cm) and weight y( in gm) of 50 plant products are given below: sum_(i=1)^(50)x_(i)=212,sum_(i=1)^(50)xi2=902.8,sum_(i=1)^(50)y_(i)=261,sum_(i=1)^(n)yi2=1457 Which is more varying the length or weight?

The sum and sum of squares corresponding to length x (in cm) and weight y (in gm) of 50 plant products are given below: sum_(i=1)^50 x_i=212, sum_(i=1)^50 x_i^2=902.8, sum_(i=1)^50 y_i=261, sum_(i=1)^50 y_i^2=1457.6 Which is more varying, the length or weight?

The sum and sum of squares corresponding to length x (in cm) and weight y (in gm) of 50 plant products are given below: sum_(i=1)^(50)x_(i)=212, sum_(i=1)^(50)x_(i)^(2)=902.8, sum_(i=1)^(50)y_(i)=261, sum_(i=1)^(50)y_(i)^(2)=1457.6 Which is more varying, the length or weight?

The sum and sum of squares corresponding to length x (in cm) and weight y (in gm) of 50 plant products are given below: sum_(i=1)^(50)x_(i)=212, sum_(i=1)^(50)x_(i)^(2)=902.8, sum_(i=1)^(50)y_(i)=261, sum_(i=1)^(50)y_(i)^(2)=1457.6 Which is more varying, the length or weight?

The sum and sum of squares corresponding to length x (in cm) and weight y (in gm) of 50 plant products are given below: sum_(i=1)^(50)x_(i)=212, sum_(i=1)^(50)x_(i)^(2)=902.8, sum_(i=1)^(50)y_(i)=261, sum_(i=1)^(50)y_(i)^(2)=1457.6 Which is more varying, the length or weight?