The Linnaean system added more levels onto the hierarchy of complexity that Aristotle developed.
The linnaean system of classification of taxonomy was developed by swedish naturalist named Carolus Linneaus in the mid 1700. He developed a way to organise and name species. He based his classification on physical traits of organisms and uses binomial numenclature to identify organisms. The seven major level of classification are kingdom, phylum, class, order, family,genus and species.
<h3>What is Linnaean system of classification ?</h3>
Similarities in outward physical characteristics serve as the foundation for the Linnaean system. A hierarchy of taxa, from the kingdom to the species, makes up this system. Every species has its own distinctive two-word Latin name. The most recent taxon, the domain, is more extensive and encompassing than the kingdom.
- Because it encouraged the use of binomial nomenclature to distinguish between each species, the Linnaean system is significant. Scientists could communicate without the use of deceptive common names once the approach had been accepted.
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Answer:
merchant
Explanation:
Before Muhammad had the first revelation, he was a merchant. He was well thought and trained for this profession throughout his life, and he was a very good and successful merchant. The majority of his career in this profession was including trade between the Indian Ocean and the Mediterranean, which was one of the best trading spots in that period of time. During his merchant career, Muhammad met many people, including lot of Christians, which heavily influenced his life, and later led to the revelations and development of the Islam.
The right answer is NADP+.
Ferredoxin is an iron-sulfur protein that effects electron transfer in a large number of redox reactions in cell metabolism through Fe-S clusters whose iron cations oscillate between +2 (ferrous) oxidation states. and +3 (ferric). The first protein of this type was isolated in 1962 from the anaerobic bacterium Clostridium pasteurianum. A chloroplast-specific ferredoxin is involved in the cyclic and noncyclic photophosphorylation reactions of photosynthesis. In non-cyclic photophosphorylation, ferredoxin is the ultimate electron acceptor and reduces NADP + under the action of ferredoxin-NADP + reductase (EC 1.18.1.2) with FAD and a flavin group as cofactors:
2 ferredoxin- [Fe (2+) Fe (3+) S2 (-2)] + NADP (+) + H (+) ==> 2 ferredoxin- [Fe3 (+2) S2 (-2)] + NADPH .
