Answer:
The answer is below
Explanation:
Considering the seven major evolutionary trends in animal body organization against the available definition, here is the final answer to the question.
1. Body Symmetry - A. animal body shape, whether radial or bilateral symmetry
2. Cellular organization - B. a collection of cells or whether it has tissues, organs, and organ systems
3. Body segmentation - C. specialization of distinct body regions; repetitive units
4. Cephalization - D. a concentrated sensory structure at the anterior end of the animal
5. Digestive Tract - E. a single opening or two openings to take in food and/or eject waste
6. Appendages - F. legs, tentacles, antennae, and fins
7. Body Support System - G. skeletons or hydrostatic structures
Answer:
Transcription factors
Explanation:
They are part of the cell's core transcription toolkit, needed for the transcription of any gene. RNA polymerase binds to a promoter with help from a set of proteins called general transcription factors.
The graph shows that the type of reproduction is ase xual reproduction. It is because the data tells us that the organisms were able to reproduce 300 offspring within three to four hours. The characteristic of an ase xual reproduction, which is able to reproduce in a short period of time, is evident in the graph.
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Answer:
Comparison between the growth process and life cycle of plants and animals:
A single cell is enough to initiate life in plants and animals. The cells of both the plants and animals multiply to increase their number. The gametes in animals and the plants that produce flower, shows sexual reproduction and are haploid in nature. The egg and sperm of animal is similar in function with the megaspore and microspore of plants.
Differences between the growth process and life cycle of plants and animals:
The fertilization of plants depends on other animals ( like bees and bird) but the animal fertilization does not depends on other organisms. Well developed parental care is present in animals but absent in plants. The growth of most plants includes the alternation of generation whereas limited animals shows alternation of generation.
