Answer:
C: Adaptations
Explanation:
Ever wonder why an armadillo has such a hard shell to protect its body, or why rabbits burrow? These are all adaptations that help the animal survive in their environments!
• Habitats are the environment
• Biomes are the type of environment they live in
•Rivers are a body of water.
Starting with a fertilized egg (zygote), a series of six cell divisions would produce an early embryo with 64 cells.
<h3>What about zygote?</h3>
- A zygote is a eukaryotic cell created when two gametes fertilize one another.
- The genome of the zygote, which is made up of the DNA from each gamete, has all of the genetic material for a brand-new unique organism.
- The zygote represents the earliest developmental stage of multicellular organisms.
- Zygote, the fertilized egg cell produced when a female gamete (egg, or ovum) and a male gamete combine (sperm).
- The zygote stage is brief in the embryonic development of humans and other animals, and it is followed by cleavage, in which the single cell divides into several cells.
- When male and female gametes combine to produce an embryo, the first diploid cell that results is known as a zygote.
- The first week after conception is when the zygote stage develops.
- Zygote is the name given to the sperm and egg together.
- All of the DNA required to develop into a baby is present in the zygote.
- The mother's egg and the father's sperm each contribute 50 percent of the DNA.
- The following several days are spent by the zygote moving down the fallopian tube.
Learn more about zygote here:
brainly.com/question/26087722
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Answer:
As you stated before, cellulose is found throughout the cell walls of plant cells. Cellulose makes cell walls rigid, so that would indicate that cellulose is a carbohydrate.
Explanation:
Whereas in eukaryotic cells there are
<span>chloroplast (plastid) </span>
<span>Golgi apparatus </span>
<span>endoplasmic reticulum </span>
<span>vacuole </span>
<span>nucleus </span>
<span>Mitochondria </span>
<span>chloroplasts, </span>
<span>centriole </span>
<span>glycosome </span>
<span>glyoxysome </span>
<span>hydrogenosome </span>
<span>lysosome </span>
<span>melanosome </span>
<span>mitosome </span>
<span>myofibril </span>
<span>nucleolus </span>
<span>parenthesome </span>
<span>peroxisome </span>
<span>ribosome </span>
<span>vesicle </span>
