Answer:Also known as "Peasant wars"; peasant uprisings in broad usage, were a number of rural-based rebellions from the seventeenth to the twentieth centuries, a typical form of protest in Russia against socioeconomic, religious, and cultural oppression and, occasionally, against political power holders. Peasant uprisings …
Explanation:
Answer:
An exoskeleton is a hard external skeleton that protects the outer surface of an organism; whereas, an endoskeleton is an internal skeleton composed of hard, mineralized tissue.
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Answer:
110,000 to 100,000 hairs.
Explanation:
it may vary from person to person. But the average hairs that human body consists of is 110,000 to 100,000 hairs.
I believe the correct answer from the choices listed above is option C. <span>The smallest group that includes gibbons and humans but does not include tarsiers is called hominoids. Hope this answers the question. Have a nice day.</span>
Answer:
Animals have no cell walls; fungi have cell walls containing chitin; plants have cell walls containing cellulose. Chloroplasts are absent in both animals and fungi but are present in plants.
Explanation:
What are the evolutionary advantages for an organism to reproduce both asexually and sexually?
Asexual reproduction is fast and best under favorable conditions. Sexual reproduction allows the recombination of genetic traits and increases the odds of developing new adaptations better suited to a changed environment.
Compare plants, animals, and fungi, considering these components: cell wall, chloroplasts, plasma membrane, food source, and polysaccharide storage. Be sure to indicate fungi’s similarities and differences to plants and animals.
Animals have no cell walls; fungi have cell walls containing chitin; plants have cell walls containing cellulose. Chloroplasts are absent in both animals and fungi but are present in plants. Animal plasma membranes are stabilized with cholesterol, while fungi plasma membranes are stabilized with ergosterol, and plant plasma membranes are stabilized with phytosterols. Animals obtain N and C from food sources via internal digestion. Fungi obtain N and C from food sources via external digestion. Plants obtain organic N from the environment or through symbiotic N-fixing bacteria; they obtain C from photosynthesis. Animals and fungi store polysaccharides as glycogen, while plants store them as starch.
