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tekilochka [14]
3 years ago
7

which of the following is a true statement about skepticism? A. it is not a useful part of science and should be eliminated. B.

it keeps new emerging ideas from ever becoming theories or laws. C. it helps develop scientific consensus by making sure new ideas are critically evaluated. D. it allows scientists to be open to new ideas.
Biology
1 answer:
rosijanka [135]3 years ago
4 0

Answer:

C- it helps develop scientific consensus by making sure new ideas are critically evaluated.

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1. Fish <br>What is the meaning of fish ​
iogann1982 [59]

Answer:

a limbless cold-blooded vertebrate animal with gills and fins and living wholly in water.

Explanation:

G00gle

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2 years ago
Please answer fast!! Will mark BRAINLIEST!! PLEASE HURRY
diamong [38]

It should be

Option C

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3 years ago
In which situation is one likely to discover situs inversus?
rusak2 [61]

Answer:

X-ray

Explanation:

X-rays show an outline of the heart;

Situs inversus is when the organs are all on the opposite side of the body compared to normal;

The heart, therefore, will be found on the right than the left;

This would be visible on an x-ray

8 0
2 years ago
Which is the best description of photophosphorylation?
tresset_1 [31]
Photophosphorylation is a process that occurs during photosynthesis in plants. It is the conversion of ADP (Adenosine Diphosphate) into ATP (Adenosine Triphosphate) using light energy. ATP (Adenosine Triphosphate) is the energy currency of life of all living organisms. Without ATP, cells will not be able to perform their proper functions.
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Through the process of phosphorylation, light energy is used to create electron donors and electron acceptors that move spontaneously through the process of electron transport chains. </span>
8 0
2 years ago
Punnett square question? 80 PTS FOR BEST ANSWER!
kkurt [141]

Answer:

Explanation:

For number 4, it tells you that purple body color is dominant to blue.

When an allele is dominant over another allele (alleles are different forms of genes, represented using letters) that means only one dominant allele needs to be present to express the dominant phenotype (phenotype is the physical appearance determined by genotype). Since purple is dominant, we use a capital "P" to represent it. Since blue is not dominant, it is called recessive, so we use a lower-case "p" to represent it.

The first genotype they give you, it is "PP", and since at least one big P is there, the phenotype is purple.

The second genotype they give you is "Pp", and since there is at least one capital P, the phenotype is also purple. It does not matter that the second allele is a lower-case, because as long as there is a capital P present, it will masks the presence of the lower-case (recessive) allele.

The third genotype is "pp", both are lower-case, so there is not dominant allele to mask the recessive ones. So, the phenotype is blue. The recessive phenotype will only be phenotypically present if the genotype is homozygous recessive.

Homozygous - having both of the same alleles (PP or pp)

In which PP is known as homozygous dominant, because it is made from the dominant allele. And pp is known as homozygous recessive, because it is made from the recessive allele.

Heterozygous - having one dominant and one recessive allele (Pp)

Note: It does that really matter what letter you use, the importance is whether it is a capital or not because that tells you if it is dominant or recessive.

The same for square shape. It says that square is dominant over round, so a capital letter is used to represent square (S), and a lower-case to represent round (s).

Therefore, the phenotype would be:

Square, Square, round, respectively.

Number 5 is asking you to go from the phenotype (physical look) to the genotype.

Tall head is (T) and dominant to short (t).

Tall = could be PP or Pp (homozygous dominant or heterozygous). It could be both since in both genotypes at least one dominant allele is present, so it will result in a dominant phenotype.

Short = tt. It is "tt" because it is recessive, and the only way to physically show the recessive phenotype is to have a homozygous recessive genotype.

Green is dominant over blue, so again.

Green body - the genotypes could be GG or Gg. At long as there is one capital (dominant) allele.

Yellow body - gg (it is recessive, so it cannot have a capital "G", or that would masks the recessive g).

Hope this helps.

7 0
3 years ago
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