How else could growth occur on plates with both antibiotics with regard to ""successful"" transformation? (Hint: How else could you both genes ""get into"" bacterial cells?)

Only transformed cells will grow and the non-transformed cells will not grow. This will lead to conditioning of successful or unsuccessful transformation.

Explanation:

If both genes are included in the transformed cells and both genes show a resistance towards the antibiotics, the transformed cells will only grow on the plate in the presence of both the antibiotics.The non-transformed cells will not grow and the transformed cell will contain resistance against both the antibiotics.

d. in sexual reproduction, offspring have more chromosomes than

either parent.

asexual reproduction results in offspring which are genetically the same as the parent organism (not counting a rare mutation). sexual reproduction produces a random mixture of the genetics derived from both parents

explanation:

due to the fact that it skipped a generation we can tell it is definitely not a dominant trait, therefore it must be recessive. i think this is right let me know!

explanation: