I now chlorophyll is the main compound (or one of them) and I'm pretty sure chlorophyll is a protein so I'd pick "D".
Answer:
- If it were true, all organisms would be complex and simple organisms would disappear
- It does not account for genetic mutations known to affect physical traits
Explanation:
Lamark's theory of evolution is that changes in the organism's physical form during its lifetime can be passed on to its offspring. In other words, he believed that children can inherit acquired characteristics from their parents.
The classic example is that he believed giraffes evolved long necks because they would stretch upwords to eat leaves from tall trees, elongating their necks, and then would pass on a longer neck to its children. Or in humans, that a body builder would make a muscular child because of their intense training!
There are a few problems with this theory:
- If we believe this theory, organisms would always be getting more and more complex and 'improved', so simple organisms would disappear.
- We know that changes to the DNA influence inherited physical characteristics, not simply continued use
Answer:
Option A. Rough endoplasmic reticulum
Explanation:
Rough endoplasmic reticulum functions in the synthesis of secretory proteins, integral membrane proteins, or proteins bound for other organelles. Rough endoplasmic reticulum is named for its rough appearance, which is due to the ribosomes attached to its outer (cytoplasmic) surface. The ribosomes on rough endoplasmic reticulum specialize in the synthesis of proteins that possess a signal sequence that directs them specifically to the endoplasmic reticulum for processing.
<h2>G
lycolysis</h2>
Explanation:
(a) glycolysis is Right Answer.
- Through <em>respiration</em> the cell takes <em>energy from oxygen and glucose, </em>making <em>water and carbon dioxide all the while.</em> <em>Carbon dioxide, then again, is a waste item, and leaves the body through the lungs</em>.
- At the point when you inhale out, you're really removing carbon dioxide.
- Cellular respiration utilizes energy in glucose to make ATP.
- High-impact ("oxygen-utilizing") breath happens in <em>three phases such as glycolysis, the Krebs cycle, and electron transport. In glycolysis, glucose is part into two atoms of pyruvate. </em>
- <em>It is a first metabolic pathway of respiration to produce energy and.it make the ATP.the pyruvate</em>
In the given case, if the tetraploid gets formed in the wild, then the tetraploids would be reproductively isolated from both the parent species.
The mechanisms of reproductive isolation refer to the accumulation of the evolutionary mechanisms, physiological and behavioral procedures perilous for speciation. They inhibit the members of distinct species from generating offspring or make sure that any offspring are sterile.
These obstructions sustain the veracity of the species by minimizing the flow of gene among the associated species.