Option(a) Monera is the correct answer.
In the obsolete five-kingdom system, prokaryotes were included within Monera group.
<h3>What are prokaryotes?</h3>
- Prokaryotes are creatures without a nucleus or other organelles in their cells.
- Bacteria and archaea, two separate groupings of prokaryotes with allegedly independent evolutionary histories, are separated into.
- The majority of prokaryotes are tiny, single-celled creatures with a straightforward structure.
<h3>The definition of Monera:</h3>
- the prokaryotic kingdom that includes bacteria, reproduces primarily asexually by budding or fission, and obtains its nutrition through photosynthesis or chemosynthesis.
<h3>What are five Monera examples?</h3>
- <u>Cyanobacteria</u>, which are blue-green algae
- <u>Streptococcus</u>, which are cocci-shaped bacteria
- <u> E</u>. <u>Coli</u>
- <u>Vibrio</u> <u>cholerae</u> (cholera)
- <u>Treponema</u> <u>pallidum</u> (syphilis)
- other bacteria with a spiral form.
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Answer:
The correct answer will be option-true.
Explanation:
Follicular stimulatory hormone or FSH and inhibin are the complex proteins which play a various biological role in the reproductive system.
The FSH stimulates the secretion of inhibin from the gonads in both males (Sertoli cells) and females (granulosa layer). The production of inhibin suppresses the secretion of FSH from the pituitary gland.
The suppression of FSH directly suppresses the secretion of further inhibin and thus, option-true is the correct answer.
I believe all options are correct...
Taproot and Fibrous roots
The liquid should be neutralized.
In the stomach, the pH value is around 2.0, which is because of the hydrochloric acid in the stomach. It can provide a optimum pH for the stomach enzymes.
However in the small intestine, the enzymes there works in a optimum pH of around 8.0, therefore the liquid must be neutralized before going into the small intestine, or else the enzymes in the small intestine will be denatured due to extreme pH.
Neutralization can be done by the sodium hydrogen carbonate, which is a alkali produced in small intestine.