Match each scenario with its non$-$mendelian inheritance pattern

Group of answer choices

One gene has three different versions

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$

One gene has two alleles, but these create three phenotypes $($one with a phenotype expressed, one without a phenotype expressed, and one with intermediate expression$)$

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$

One gene has two alleles, but these create three phenotypes $($one with phenotype $\text{'}$A$\text{'}$ expressed, one with phenotype $\text{'}$B$\text{'}$ expressed, and one with both phenotype $\text{'}$A$\text{'}$ and phenotype $\text{'}$B$\text{'}$ expressed

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$

There are two possible phenotypes. You can get a true$-$breeding strain for one $(\text{'}$A$\text{'}),$ but not for the other $(\text{'}$B$\text{'}).$ Everytime you cross the $\text{'}$B$\text{'}$ strains, you end up with a $2$:$1$ ratio $(\text{'}$B$\text{'}$ to $\text{'}$A$\text{'})$

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$

One phenotype is the result of interactions between multiple genes

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$

The same genotype can have different phenotypes depending on the environment it is in

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$

different genotypes have unique responses to changes in the environment

$[$ Choose $]$incomplete dominance$$codominance$$epistasis$$phenotypic plasticity$$genen x environment interaction$$multiple alleles$$lethal alleles$$