Can someone solve the questions attached for a and b as i am having trouble doing so. Durbin-Watson critical values for a=0.05 and a=0.01 is needed. thanks in advance

Suppose that a regression was run with two independent variables and 26 observations. The Durbin-Watson statistic was 0.70. Test the hypothesis that there was no autocorrelation at the 5% level. Compute an estimate of the autocorrelation coefficient if the evidence indicates that there was autocorrelation. a. Repeat with the Durbin-Watson statistic equal to 1.25. b. Repeat with the Durbin-Watson statistic equal to 1.70. Click this icon to view a table of Durbin-Watson critical values for a = 0.05. Click this icon to view a table of Durbin-Watson critical values for a = 0.01. What decision can be made regarding the null hypothesis? A. Reject Ho based on the Durbin-Watson test at the 5% level. There is evidence of autocorrelation. B. Do not reject Ho based on the Durbin-Watson test at the 5% level. There is evidence of autocorrelation. O C. Reject Ho based on the Durbin-Watson test at the 5% level. There is not evidence of autocorrelation. O D. Do not reject Ho based on the Durbin-Watson test at the 5% level. There is not evidence of autocorrelation. O E. The Durbin-Watson test is inconclusive at the 5% level. Select the correct choice below and fill in any answer boxes in your choice. O A. An estimate of the autocorrelation coefficient is r=. (Type an integer or a decimal.) O B. In this case, the estimate of the autocorrelation coefficient r does not apply