In the rare Indigo orchid, it has been shown that flower color is controlled by 2 genes. No one knows how the 2 genes are related and several hypotheses have emerged to explain how they interact to...

Extracted text: In the rare Indigo orchid, it has been shown that flower color is controlled by 2 genes. No one knows how the 2 genes are related and several hypotheses have emerged to explain how they interact to produce flowers with indigo, red, and blue pedals. You cross Red and blue flowering plants, and find that F1 are all indigo colored. You allow F1 to self- fertilize and this produces 153 red, 455 indigo, and 198 blue flowers total. The 2 most popular theories are: an incomplete dominance relationship or an epistatic relationship between the 2 genes. Your team deduces that if incomplete dominance should result in 150 red, 150 blue, and 400 indigo. Where as, an epistatic relationship should result in 150 red, 200 blue, and 450 indigo. Calculate the chi-squared value for the incomplete dominance hypothesis? (Give your answers as 2-decimal number e.g. 0.05) Answer: Calculate the chi-squared value for the epistatic relationship hypothesis? (Give your answers as 2-decimal number e.g. 0.05) Answer: