<Ul> <Li> n (\ displaystyle n) is the sample size </Li> <Li> x i, y i (\ displaystyle x_ (i), y_ (i)) are the single samples indexed with i </Li> <Li> x _̄ = 1 n ∑ i = 1 n x i (\ displaystyle (\ bar (x)) = (\ frac (1) (n)) \ sum _ (i = 1) ^ (n) x_ (i)) (the sample mean); and analogously for y _̄ (\ displaystyle (\ bar (y))) </Li> </Ul> <Li> n (\ displaystyle n) is the sample size </Li> <Li> x i, y i (\ displaystyle x_ (i), y_ (i)) are the single samples indexed with i </Li> <Li> x _̄ = 1 n ∑ i = 1 n x i (\ displaystyle (\ bar (x)) = (\ frac (1) (n)) \ sum _ (i = 1) ^ (n) x_ (i)) (the sample mean); and analogously for y _̄ (\ displaystyle (\ bar (y))) </Li>

For a pearson r of .60 what is the coefficient of determination