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Answer:</h3><h2>
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Glaciers and Ice Caps.</h2><h3>
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Explanation:</h3><h3>
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Most of the fresh water on Earth is from the glacier and ice caps, it's clean water stored for many years, fresh and drinkable for us to have for a long period of time.
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Further Explanation:</h3><h3>
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Freshwater means water that is good to drink, it's not dirty, salty, or touched by any dirtiness. This includes oceans and seas, they have salty water, and have germs, bacteria, and living organisms.
That means, ice caps and glaciers are not part of the ocean, which means it's real freshwater.
Example: When you go to Antarctica, you've found a ice cap with a small lake of water, since that water isn't salty nor dirty, it's safe to drink.
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Answer: haploid, 23 chromosomes and 23 chromatids of
Explanation:
Meiosis takes place in two divisions meosis 1 and meosis 11.
Meiosis 1 is reduction division, because two new daughter nuclei are formed with haploid chromosomes number of the parent nucleus.
Therefore based on this question; the 46(2n) chromosomes in example the ovary will be halved to (23)n. 2n ⇒ n .
So far chromatids, are newly formed chromosomes there will be 23 chromatids, since the haploid chromosomes are 23 in number
However, so far the entire new daughter cells contains half the total chromosome number of the parents they are haploid.
Answer:
Explanation:
Glycolysis is an anaerobic process - it does not need oxygen to proceed. ... They follow glycolysis with the Krebs cycle and electron transport to make more ATP than by glycolysis alone. Cellular respiration that proceeds in the presence of oxygen is called aerobic respiration.
I'm assuming this is a true or false question, if that is the case, then your answer is TRUE
Answer:
transformation is carried out by random uptake of DNA, and transduction by a bacterial virus
Explanation:
Transformation and transduction are two of the three processes bacteria uses in genetic recombination (the third being conjugation). As rightly stated in the question, both processes establish that DNA is the genetic material of most living organisms and they both involve transfer and expression of DNA from cell to cell.
However, both processes are different in the way they get the foreign DNA into the bacteria cell.
- Transformation involves the random uptake of foreign extracellular DNA by the host bacterial cell.
- Transduction involves the transfer of foreign DNA into a bacteria cell via a virus called BACTERIOPHAGE. N.B: A bacteriophage is a virus that infects a bacteria host.