![SOLVED: If the p value for the Ljung-Box test is 0.0678 (computed with the first six autorrelations of the raw data), a.what would you conclude? b.State the null hypothesis, the alternative hypothesis SOLVED: If the p value for the Ljung-Box test is 0.0678 (computed with the first six autorrelations of the raw data), a.what would you conclude? b.State the null hypothesis, the alternative hypothesis](https://cdn.numerade.com/ask_previews/d819853b-8385-4bd9-bed6-d9fd04586589_large.jpg)
SOLVED: If the p value for the Ljung-Box test is 0.0678 (computed with the first six autorrelations of the raw data), a.what would you conclude? b.State the null hypothesis, the alternative hypothesis
![time series - Inconsistent Ljung-Box test result and plot of autocorrelation function of residuals - Cross Validated time series - Inconsistent Ljung-Box test result and plot of autocorrelation function of residuals - Cross Validated](https://i.stack.imgur.com/WzTA2.jpg)
time series - Inconsistent Ljung-Box test result and plot of autocorrelation function of residuals - Cross Validated
![time series - Ljung-Box Statistics for ARIMA residuals in R: confusing test results - Cross Validated time series - Ljung-Box Statistics for ARIMA residuals in R: confusing test results - Cross Validated](https://i.stack.imgur.com/gyIv3.png)
time series - Ljung-Box Statistics for ARIMA residuals in R: confusing test results - Cross Validated
![PDF] Testing Serial Correlation in Fixed Effects Regression Models: the Ljung-Box Test for Panel Data | Semantic Scholar PDF] Testing Serial Correlation in Fixed Effects Regression Models: the Ljung-Box Test for Panel Data | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/ccf78fbfec236b59ee4f4b10db4041d2f9a412e1/6-Table5-1.png)