Answer:
d. smooth endoplasmic reticulum
Explanation:
Organelles are structures found in inside the cell which carries out a specific function. Types of organelles include endoplasmic reticulum, Golgi body, ribosomes, nucleus etc. The function in the question is protein synthesis.
Ribosomes are the sites of protein synthesis in the cell of living organisms.
- The nucleus is involved in the synthesis of protein because it directs all the cellular processes in a cell including protein synthesis.
- Rough endoplasmic reticulum (RER) is a type of endoplasmic reticulum whose surface is attached to by ribosomes, hence, giving it its rough surface. Since ribosomes (organelle for protein synthesis) are attached to the RER, the RER are involved in protein synthesis.
- Golgi bodies are organelles that functions to package, process and sorted the proteins produced in the ribosomes.
- The smooth endoplasmic reticulum (SER) are NOT involved in the synthesis of protein because they have no ribosomes attached to their surface. Instead, they are involved in lipid synthesis.
Answer:
The Eukaryotic Bacterial population
Explanation:
All life springs from this one magnificent cell, if there is a picture/diagram please meake sure to show it
Pioneer species are found in area's undergoing secondary succession. For example ecosystems being established by: reducing a fire, deforestation; which quickly colonize open spaces supported by vegetation.
Scientists change the names of taxonomic groups to match current nomenclature.
Answer: Option A.
<u>Explanation:</u>
There are various main reasons why the taxonomists from time to time require or choose, to modify the name of an organism such as a plant. Initially the naming of the plant is treated by the set of laws (The International code of botanical nomenclature). It sets out how to correctly name the plants and how to solve the cases where two or more names have been used for one specie.
It seldom happens that applying the rule requires us to change the name. For example, if a specie named by one botanist turns out to have been before legitimately named by an elder botanist.
When 2 monosaccharides are put together or covalently bond together there is only 1 water molecule that is formed as a result. The hydrogen group or hydrogen atom from one of the monosaccharide is removed and also the Hydroxyl of another monosaccharide is removed through the formation of the glycosidic bond. The 2, then form a molecule of water as the Oxygen in the hydroxyl bonds to the hydrogen with its valence electrons forming water.
