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Stells [14]
3 years ago
11

A blood stain that impacts a surface at a low angle will have a ________ tail than one that impacts at a higher angle.

Biology
1 answer:
Over [174]3 years ago
4 0
Shorter is the correct answer I think. Could you please be stormy me brainliest bestie.
You might be interested in
Coat color in rabbits is under the control of a single gene with
Mashcka [7]

Answer: a) Cch x   Ccch

               b)  Ccch x  Cc

               c)   Cch  x   cchch

               d)  cchc x   chc

Explanation:

<u>Data</u>:

  • Coat color in rabbits is under the control of a single gene with

four alleles: C (full gray color); cch (chinchilla, light gray); ch

(Himalayan, white with black extremities); and c (albino, absence

of pigmentation).

  • The dominance hierarchy is represented as: C >cch > ch > c.

<u>Possible genotypes</u>:

  • <em>For full gray color</em>: CC (Gray), Ccch (Gray-2), Cch (Gray-1), Cc (Gray-3). The allele <em>"C" dominates over the other three alleles</em>, so in every combination where "C" is present, the animal will be fully grayed.
  • <em>For light gray color/Chinchilla</em>: cchcch (Chinchilla), cchch (Chinchilla-1), cchc (Chinchilla-2). The allele <em>"cch" dominates over "ch" and "c"</em>, <em>but not over "C"</em>. So if the allele "C" is combined with "cch", the animal will be fully grayed, but in any other combination with "cch", the animal will be light grayed.
  • <em>For white with black extremities/Himalayan</em>: chch (Hymalayan), chc (Hymalayan-1). The allele <em>"ch" that determines the Himalayan color is only dominant over the allele "c"</em>. But in combination with any other allele, "ch" behaves as a recessive one.
  • <em>For albino</em>: cc. In the presence of any of the other alleles, the allele <em>"c" always behaves as a recessive one.</em> The only possibility of getting an albino animal is if "c" combines with another "c".

<u>Crosses</u>:

a) Gray-1 x gray-2

    3/4 gray : 1/4 chinchilla

   

   Parental)       C ch        x        C cch

   Gamates)     C        ch           C         cch

Punnet Square)              C              cch

                           C        <em>CC</em>           <em>Ccch</em>

                           ch       <em>Cch</em>         <em>cchch</em>

F1 Genotype)    1/4  <em>CC</em>  

                          1/4 <em>Cch</em>

                          1/4 <em>Ccch</em>

                          1/4 <em>cchch</em>

F1 Phenotype)   3/4 Fully Gray animals (CC, Cch, Ccch)

                          1/4 Chinchilla animals (cchch)

b) Gray-2 x gray-3

    3/4 gray : 1/4 chinchilla

 

Parental)          C cch      x     C c

   Gamates)    C    cch           C    c

Punnet Square)            C              cch

                           C      <em>CC            Ccch</em>

                           c       <em>Cc            cchc</em>

F1 Genotype)    1/4  <em>CC</em>  

                         1/4 <em>Cc</em>

                         1/4 <em>Ccch</em>

                          1/4 <em>cchc</em>

F1 Phenotype) 3/4 Fully Gray animals (CC, Cc, Ccch)

                        1/4 Chinchilla animals (cchc)

c) Gray-1 x chinchilla-1

    1/2 gray : 1/4 chinchilla : 1/4 himalayan

Parental)           C ch        x        cchch

   Gamates)    C        ch           cch         ch

Punnet Square)           C              ch

                          cch    <em> Ccch       cchch</em>

                             ch      <em> Cch         cchch</em>

F1 Genotype)    1/4  <em>Ccch  </em>

                              1/4 <em>Cch</em>

                              1/4 <em>cchch</em>

                              1/4 <em>chch</em>

F1 Phenotype) 2/4=1/2 Fully Gray animals (Ccch, Cch)

                             1/4 Chinchilla animals (cchch)

                             1/4 Himalayan animals (chch)

d) Chinchilla-2 x himalayan

   1/2 chinchilla : 1/4 himalayan : 1/4 albino

Parental)          cchc        x         chc

   Gamates)    cch      c            ch        c

Punnet Square)           cch              c

                           ch      <em> cchch          chc</em>

                             c        <em>cchc            cc</em>

F1 Genotype)    1/4  cchch  

                         1/4 cchc

                          1/4 chc

                          1/4 cc

F1 Phenotype) 2/4=1/2 Chinchilla animals (cchch, cchc)

                             1/4 Himalayan animals (chc)

                             1/4  Albino animals (cc)

6 0
3 years ago
F today's first high tide is at 7:00 AM, what time will today's next high tide be?
blagie [28]

Answer:

7PM

Explanation:

It looks like a high tide comes in every 12 hours from the last one.

8 0
3 years ago
The methodology used to discover the pattern of evolution among an assemblage of species is based on the assumption of descent w
Shtirlitz [24]

Answer:

<u>Option-(True):</u> The methodology used to discover the pattern of evolution among an assemblage of species is based on the assumption of descent with modification.

Explanation:

<u>Evolution and patterns of evolution:</u>

The phenomenon of evolution is very interesting as it can any two different species back to a common origin or ancestors. While the process of evolution does not occur in few years or centuries, as it takes millions of years for any specie to evolve from a less developed form of body or any system to a more complex or advance form.

Now, evolution occurs in many forms or patterns. As it species can originate from a single ancestor or descendant, while the evolution can occur inside the organism may occur in different patterns. These patterns are as follows:

  1. <u>Divergent Evolution:</u>The divergent evolution occurs when the species originated from a single ancestor or descendant results in different forms of organisms. As it brings diversity among the species belonging to same ancestors or origin. For example, the humans and apes.
  2. <u>Convergent Evolution: </u>The convergent evolution takes place inside the number of species when they are originated from the different species but they share the same medium or region to live in and share some of the similar resources between them. For example, The whales are mammals but they too live with the fish species inside the water.
  3. <u>Parallel Evolution:</u>When the evolved organisms or species are related to the different ancestors or descendants, as they share they do not share the same niche(way of life), as the species are unrelated to one another.

7 0
3 years ago
The answer please answer will give brainliest
Kaylis [27]

Answer:

hi there person :)

5 0
3 years ago
Read 2 more answers
Summarize the process of fertilization and implantation.
Aneli [31]
The process of fertilization involves the deposition of sperms into the vagina to the egg cell during sexual intercourse. Sperms make their way towards the cervix and uterus, and eventually goes to the fallopian tubes. <span>Only a few hundred will remain as they interact with the egg through the use of their heads and movement patterns.

</span><span>The process of implantation happens when the embryo, the fertimized eggs develops inside the fallopian tube after three days, and then travels to the uterus.</span>
7 0
3 years ago
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