yellow, containing information on various sweet potato varieties.VARIETY, Totbiom LSMEAN, and Standard Error, indicating the variety name, total biomass mean, and the standard error, respectively.Alphonso, show significantly higher biomass mean values, while others, such as Bart, have much lower values, indicating a variation in productivity among different sweet potato varieties.Total Biomass Mean (LSMEAN) and Standard Error for sweet potato varieties shows a wide distribution of data points. There doesn't appear to be a strong linear relationship between the two variables, indicating that the variation in biomass mean across different sweet potato varieties may not directly correlate with the magnitude of the standard error. This suggests that the variability in biomass production among varieties could be influenced by factors other than measurement precision or variability captured by the standard error.Standard Error across different sweet potato varieties revealed the following insights:Standard Error varies significantly among sweet potato varieties, indicating differences in the variability or precision of biomass measurements across varieties.Standard Error were identified and visualized, showing a wide range in the magnitude of standard errors.Standard Error could reflect differences in growth conditions, genetic diversity, or measurement techniques among the varieties.Totbiom LSMEAN and Standard Error, we'll calculate the Pearson correlation coefficient. This will help us understand the linear relationship between the total biomass mean and the standard error across different sweet potato varieties.Totbiom LSMEAN (Total Biomass Mean) and Standard Error is approximately 0.696, indicating a moderate to strong positive correlation. This suggests that as the total biomass mean increases, the standard error tends to increase as well. This correlation might imply that higher biomass measurements come with greater variability or uncertainty in the data, potentially due to factors such as measurement challenges or inherent variability in larger biomass samples.Totbiom LSMEAN (Total Biomass Mean) and Standard Error, indicating that higher biomass measurements tend to have greater variability or uncertainty.Totbiom LSMEAN and Standard Error was visualized, showcasing a wide distribution of data points without a strong linear relationship, suggesting variability in biomass production among varieties.Totbiom LSMEAN among sweet potato genotypes. The result, with a P-value of 0.9725, indicates that we fail to reject the null hypothesis. This means there's no statistical evidence to suggest significant differences in total biomass mean among the sweet potato genotypes.