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olchik [2.2K]
2 years ago
10

When warm air moves over cold air, a warm front forms. The warm air tends to rise along a gentle slope above the cold air and fo

rm layers of clouds. Given this information, which of the following cloud types and weather conditions would most likely result from an incoming warm front? Please note: the cloud in the above image may not be realistic in size or shape. cumulus clouds and clear weather isolated cirrus clouds and clear weather cumulonimbus clouds and thunderstorms stratus clouds and drizzly rain
Biology
2 answers:
Otrada [13]2 years ago
8 0

Since warm air gradually replaces cold air along a warm front, layers of stratus clouds are formed. A continuous drizzly rain tends to fall since stratus clouds typically cover large areas of the sky. Once the front has passed, however, clear and warm weather tends to follow. the answer is stratus clouds and drizzly rain

Leviafan [203]2 years ago
8 0

stratus clouds and drizzly rain

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<h2>Long And Short-Day Plants</h2>

Explanation:

<u>Long-day Plants- </u>

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<u> Short-day plants-</u>

  • A plant that requires a significant stretch of obscurity, is named a "brief day" (difficult night) plant..
  • Short-day plants structure blossoms just when day length is not exactly around 12 hours.
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Since llamas have sexual reproduction, the offspring have the potential to be genetically diverse. How can genetic diversity be
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Genetic diversity is important because it helps maintain the health of a population because a diverse set of alleles that can be valuable in resisting diseases, pests and other stresses. If the environment changes, a population that has a higher variability of alleles will be better able to evolve to adapt to the new environment and therefore survive longer. Hope this helps!

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You are given an earthworm and you are asked to study the internal structure of the earthworm. Which one of the following will y
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The nurse tells a client that talking with the staff members is part of the therapy program. the client responds, "i don't see h
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Pedigrees are used to help geneticists understand how traits are inherited between generations. The Romanovs, a Russian royal fa
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Answer:

Waldemar carried the recessive allele.

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The carrier is the individual that has the affected allele or mutation but does not express the trait, or might express it in different levels. Although, as the person carries the mutation, she or he might transmit the genetic mutation associated with a disease to the progeny.  In general, these diseases are inherited as recessive traits.

So, in the exposed example we know that:

  • hemophilia is a sex-linked disorder
  • hemophilia is determined by a recessive allele on the X chromosome.
  • Irene is a carrier.
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If Irene is a carrier, this means that she is heterozygous and that her genotype is X⁺X⁻ (Being the symbol + the dominant allele, and - the recessive one for that expresses the trait)

The fact that Irene´s husband is not a carrier means that his genotype is X⁺Y

Their boys Waldemar and Henry have hemophilia, so both their genotypes are X⁻Y

The best evidence to prove that Irene was heterozygous for hemophilia is that Alice carried the recessive allele.

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  • The fact that Alexandra, Irene´s sister, was also a carrier does not say anything about Irene´s genotype, because they could both share the same genotype or not. This is not proof of Irene being heterozygous.
  • Frederick (her brother) was hemophilic.  He received a recessive allele from Alice, but this does not say anything about Irene´s genotype.  
  • The fact that Waldemar (her son) was hemophilic, is the best evidence to prove that Irene was heterozygous for hemophilia. Walderman received the Y chromosome from his father and an X chromosome from his mother. The X chromosome that he received from his mother carried the recessive allele for the trait, and this is why he had hemophilia. This means that there is no best evidence for Irene´s genotype than her son´s genotype.

 

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