Test the hypotheses: $H _ { 0 } :$ There is no first-order autocorrelation
H_A : There is negative first-order autocorrelation,
given that the Durbin-Watson statistic d = 2.50, n = 40, k = 3 and $\alpha =$ 0.05.

Question

Test the hypotheses:

H _ { 0 } :

There is no first-order autocorrelation
H_A : There is negative first-order autocorrelation,
given that the Durbin-Watson statistic d = 2.50, n = 40, k = 3 and

\alpha =

0.05.

Quizplus · Accepted Answer

The Answer of Test the hypotheses: $H _ { 0 } :$ There is no first-order autocorrelation H_A : There is negative first-order autocorrelation, given that the Durbin-Watson statistic d = 2.50, n = 40, k = 3 and $\alpha =$ 0.05.

Test the Hypotheses H0:H _ { 0 } :H0​: There Is No First-Order Autocorrelation HA : There Is Negative

Test the Hypotheses $H _ { 0 } :$ There Is No First-Order Autocorrelation
H_A : There Is Negative