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DochEvi [55]
3 years ago
15

All living organisms are classified into one of three domains: Bacteria, Archaea, and Eukarya. Compare and contrast the domains

Bacteria and Archaea. How are they alike? How are they different?
A) They are both composed of prokaryotic organisms. Bacteria are parasites and Archaea are free-living.
B) Both domains contain parasitic organisms composed of one cell. The Archaea are the disease-causing parasites.
C) They are both composed of prokaryotic organisms. The Archaea live in very extreme environments, like hot springs, but the Bacteria do not.
D) Both are unicellular, prokaryotes. The Archaea live as parasites while the Bacteria live in extreme environments, like the Salt Flats and Hot Springs.
Biology
2 answers:
Musya8 [376]3 years ago
7 0
C. The answer should be c, seeing as how bacteria die under high heat.
melamori03 [73]3 years ago
4 0

Answer:

The most appropriates answer would be C) They are both composed of prokaryotic organisms. The Archaea live in very extreme environments, like hot springs, but the Bacteria do not.

Archaea are prokaryotic unicellular organisms that is, they lack well defined nucleus. However, they have distinct chemical or molecular characteristics which differ them from the bacteria.

These organisms were originally discovered in extreme conditions such as hydrothermal vents. They can survive in diverse range of high acidic, saline, and anaerobic environment. They are also termed as extremophiles.

On other hand, bacteria are also prokaryotic unicellular organisms. They can inhabit in any area including air, water, soil, decaying organism et cetera however, they are usually not found in such extreme conditions in which archaea can survive.

For example, <em>Pyrolobus fumarii</em> can survive even at 113 °C  temperature.

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A true-breeding plant with green pods and wrinded seeds is crossed with a plant that is heterozygous for both traits. Drawa
AlekseyPX

The possible genotype would be when one of the parent is homozygous dominant -    Phenotype ratio= 16:0,  genotype ratio= 1 YYRR : 1YYRr: 1 yYRR: 1 YyRr.

when one of the parent is homozygous recessive the phenotype ratio is 4 yellow and round : 4 yellow and wrinkle : 4 green and round : 4 green and wrinkle and genotype ratio = YyRr:  Yyrr: yyRr: yyrr  or

1:1:1:1   genotype ratio.

Explanation:

The data given:

yellow and round dominant ---  Y R

Green and wrinkle recessive ---- yr

It is given a true breeding plant, which means the parent plant is homozygous for the trait. Let one of the parent be YYRR

Also it is given that it was crossed with heterozygous parent so the other parent be YyRr

The cross between them is shown in punnet square as:

       YR        Yr          yR           yr

YR  YYRR   YYRr    yYRR     YyRr

YR   YYRR   YYRr    YyRR    YyRr

YR   YYRR   YYRr    YyRR    YyRr

YR   YYRR   YYRr    YyRR    YyRr

4 YYRR: 4 YYRr: 4 YyRR: 4 YyRr

thus genotype ratio is 1:1:1:1

phenotype ratio all 16 are yellow and round.

In case when either parent is homozygous recessive is crossed with heterozygous parent. The punnet square for this is shown as:

yyrr X YyRr

      YR        Yr        yR      yr

yr YyRr     Yyrr     yyRr   yyrr

yr YyRr     Yyrr    yyRr    yyrr

yr YyRr     Yyrr   yyRr     yyrr

yr  YyRr     Yyrr  yyRr     yyrr

4 YyRr: 4 Yyrr: 4yyRr: 4yyrr

1:1:1:1   genotype ratio

phenotype ratio =  4 yellow and round : 4 yellow and wrinkle : 4 green and round : 4 green and wrinkle.

Thus phenotype ratio is 1:1:1:1

 

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