Answer:
A. The Calvin Cycle
Explanation:
The light-independent reactions cover half of photosynthesis, with the other half being the light-dependent reactions. Another word for this process is the Calvin cycle. It is named after the biologist, Melvin C. Calvin, who discovered it. The Calvin cycle is responsible for turning carbon dioxide into glucose. It also requires no light, hence its other name. Additionally, because it is occasionally called the Calvin cycle, sometimes, the light-dependent reaction is simply called the light cycle.
The answer is D
carbon dioxide is absorbed through plants leaves converted it to glucose then animals eat glucose and exhale carbon dioxide
Answer:
Meiosis → Sex cells→ Fertilization → Zygote
Explanation:
Answer:
(4). meiosis → sex cells → fertilization → zygote.
Explanation:
Sexual reproduction can be defined as a type of reproduction, in which new living organisms are produced by fusion of gametes produced by two organisms of different sexes.
The first step in sexual reproduction is meiosis that involves formation of haploid gametes (eggs in females and sperms in male) from diploid gamete-forming mother cells.
In next step, the male gamete (sperm) and female gamete (egg) fuse together, which is known as fertilization. Fertilization leads to development of a single-celled, diploid zygote. Later on, the zygote divides and differentiates into multicellular diploid organism.
Thus, the correct answer is option (4).
Answer:
<h3>c. Species</h3>
Explanation:
<h3>this my answer.C.</h3>
Answer:
Passive transport moves molecules and ions from a higher concentration to a lower concentration without any energy while active transport does the same thing only it uses energy. Osmosis deals with the net movement of solvent molecules through a membrane with a higher solute concentration. Osmosis and active transport both work together, while osmosis does its own movement the active transport moves the dissolved solutes across a membrane against a concentration gradient.
Active transport and passive transport are almost the same they function the same only one doesn't require energy while the other one does. Hence why active transport and osmosis work well together it's because of the energy that helps transport dissolved solutes.
Hope this helped :)
