Answer;
- rise of chemoautotrophs and photoautotrophs
- rise of cyanobacteria - a specific type of phototroph that shares homology with chloroplast genome
- rise of eukaryotes
- rise of multicellularity
- rise of bryophytes - mosses
- rise of gymnosperms - conifers, cycads & ginkgo
- rise of angiosperms - flowering plants
Explanation;
Plants are multicellular organisms that have evolved the ability to live on land. The vast majority can carry out photosynthesis, but they are not the only organisms with this ability: many protists can photosynthesize too, as can several important groups of bacteria.
Plants are thought to have evolved from a class of freshwater green algae called the charophytes. Two particular groups of charophyte, the Coleochaetales and the Charales, resemble the earliest land plants (bryophytes) in a variety of ways, including the structure of their chloroplasts and sperm cells, and the way their cells divide during mitosis .
Answer:
The answer is the Biosphere.
Explanation:
A good way to remember this is to recall <em>'Bio'</em> means <em>'Life.'</em>
Answer: I agree with Dr. Walker and his colleagues that the changes to Jordan Jones’s meal could not explain his improved performance.
Explanation: I agree with Dr. Walker and his colleagues that the changes to Jordan Jones’s meal could not explain his improved performance because, food can´t change anything except for your hungriness, and the more food you eat the more fat you get, and not slim.
In metaphase I of meiosis I, the pairs of homologous chromosomes, also known as bivalents or tetrads, line up in a random order along the metaphase plate. The random orientation is another way for cells to introduce genetic variation.
The answer is False
It is a skeletal muscle that consist of a muscle and nerve
