A breeder of Thoroughbred horses wishes to model the relationship between the gestation
period and the length of life of a horse. The breeder believes that the two variables may
follow a linear trend. The information in the table was supplied to the breeder from
various thoroughbred stables across the state.
Summary statistics yield $S S _ { x x } = 21,752 , S S _ { x y } = 236.5 , S S _ { y y } = 22 , \bar { x } = 332$, and $\bar { y } = 22.5$.
Calculate $S S E , s ^ { 2 }$, and $s$.

Question

A breeder of Thoroughbred horses wishes to model the relationship between the gestation
period and the length of life of a horse. The breeder believes that the two variables may
follow a linear trend. The information in the table was supplied to the breeder from
various thoroughbred stables across the state. 
Summary statistics yield $S S _ { x x } = 21,752 , S S _ { x y } = 236.5 , S S _ { y y } = 22 , \bar { x } = 332$, and $\bar { y } = 22.5$.
Calculate $S S E , s ^ { 2 }$, and $s$.

Quizplus · Accepted Answer

The Answer of A breeder of Thoroughbred horses wishes to model the relationship between the gestation
period and the length of life of a horse. The breeder believes that the two variables may
follow a linear trend. The information in the table was supplied to the breeder from
various thoroughbred stables across the state. 
Summary statistics yield $S S _ { x x } = 21,752 , S S _ { x y } = 236.5 , S S _ { y y } = 22 , \bar { x } = 332$, and $\bar { y } = 22.5$.
Calculate $S S E , s ^ { 2 }$, and $s$.

A Breeder of Thoroughbred Horses Wishes to Model the Relationship SSxx=21,752,SSxy=236.5,SSyy=22,xˉ=332S S _ { x x } = 21,752 , S S _ { x y } = 236.5 , S S _ { y y } = 22 , \bar { x } = 332SSxx​=21,752,SSxy​=236.5,SSyy​=22,xˉ=332

A Breeder of Thoroughbred Horses Wishes to Model the Relationship $S S _ { x x } = 21,752 , S S _ { x y } = 236.5 , S S _ { y y } = 22 , \bar { x } = 332$