Answer:
1.623
Explanation:
There's a general rule about the movement of energy through the trophic levels. That rule says that every next trophic level gets 10% of the energy from the previous trophic level. If there are 1,623 calories in the first trophic levels, then the second trophic level will receive 162.3 calories. The next, third trophic level will receive 16.23 calories while the last fourth trophic level will receive 1.623 calories.
Answer: The structures that are found in both eukaryotic and prokaryotic cell are-
ribosomes, DNA, cytoplasm.
Ribosomes are biomolecular complex, composed of RNA and protein and act as the site for protein synthesis in all the cells of the living organisms.
DNA (deoxyribonucleic acid) is considered as the genetic material of all life forms. It possesses the genetic instruction in the form of nucleotide sequences.
Cytoplasm is the fluid compartment of all the cells (where all the essential biochemical reactions take place) that is surrounded by cell membrane.
Thus, ribosomes, DNA, cytoplasm is the right answer.
Answer:
Option b (proteolysis by chaperones) and Option e (translational control) would be the correct options.
Explanation:
- In addition to transcriptional control as well as mRNA compliance, translational management systems seem to be the most deciding factors for finished protein expression.
- Besides protein biosynthesis, a substantial majority of optional extra systems that determine the ribosome on the first day of transcription initiation, deformation, but mostly termination were mostly permitted.
- Limited proteolysis usually happens during which extremely specialized proteases fundamentally modify proteins.
The other choices are given aren't linked to something like the scenario in question. So, the solution here is just the right one.
