is it not a because Explanation: This statement is incorrect because a dihybrid cross involves two traits, not just one. While it is true that you multiply the probabilities of independent events occurring together, you don't treat a dihybrid cross exactly like a monohybrid cross. In a dihybrid cross, you calculate the probability of each trait (or gene pair) independently and then combine them, but you have to account for both traits at once, which is more complex than a simple monohybrid cross. In a monohybrid cross, you're dealing with one trait, so you multiply the probabilities for that single trait. In a dihybrid cross, you're dealing with two traits (each with its own set of probabilities), and you apply the multiplication rule separately to the different genes involved. The other options accurately describe the general approach of determining the probability of inheriting two specific traits at the same time, including using the multiplication rule for independent events