I WILL MARK YOU BRAINLIEST Part A: Do you think the offspring produced by the two processes are genetically identical to organism 1? Explain your reasoning.

Part B: Do you think there’s an advantage of process 1 over process 2 for this species?

Part C: When a species has high genetic variation, the population of that species has a wide variety of genetic traits, such as eye color and nose shape. Do you think one reproductive process promotes higher genetic variation than the other? Explain your reasoning.

Part D: A bumblebee helps plants reproduce by carrying pollen from a flower on one plant to a flower on another plant. Which reproductive process is this most similar to? Explain your answer.

part a:

Process 1 involves one parent, organism 1. So, the offspring produced through process 1 will be genetically identical to organism 1. Process 2 involves organism 1 and organism 2, so the offspring will have genes from both of them. These offspring will be genetically different from organism 1.

part b:

Yes, process 1 has an advantage over process 2 for the planarian worm. Process 1 requires only one parent. If the planarian can’t find a mate, the life cycle will continue because it can still reproduce.

part c:

Yes, genetic variation is higher in offspring generated through process 2. Process 1 produces offspring that are genetically identical to the parent. So, the same characteristics pass from generation to generation. In process 2, the offspring inherits traits from both parents, so a wider variety of characteristics passes from generation to generation.

part d:

It’s similar to process 2 because it involves two parents, which in this case are flowers.

s can i get brainliest now please :)

2%? i tried finding the exact sorry if it's not 100% correct ; -;

the answer is z.

the human body has five levels of organization. level 1: cells. cells are the basic units of life and form the first level of organization. cells in the human body have specific functions. examples include nerve cells, blood cells, liver cells, and so on.