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Alexandra [31]
3 years ago
12

Helppppp me pleaseeeeeeee

Biology
1 answer:
elena-14-01-66 [18.8K]3 years ago
3 0

Answer: B

Explanation: well do process of elimination it cant be C or D  and its H2O which is hydrogen and Oxgen

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4 years ago
True-breeding flies with red eyes and long wings were crossed to flies with white eyes and miniature wings. All F1 offspring had
Lelu [443]

The question is incomplete. Complete question is as follows :

What is/are the phenotype(s) of the recombinant offspring of the F2 generation?

Parental generation: True-breeding flies with red eyes and long wings were crossed to flies with white eyes and miniature wings. All F1 offspring had red eyes and long wings.

The F1 female flies were then crossed to males with white eyes and miniature wings. The following results were obtained for the F2 generation:

129 red eyes, long wings

133 white eyes, miniature wings

71 red eyes, miniature wings

67 white eyes, long wings

Answer:

Red eyes, miniature wings and white eyes, long wings

Explanation:

In absence of linkage parental and recombinant offspring are produced in equal number. When there is linkage crossover does not take place in expected frequency so recombinants are produced in lesser number than parental type offspring.

Here in F2 generation red eyes, miniature wings and white eyes, long wings are produced in lesser number (71 and 67). Also the original parents had red eyes, long wings and white eyes, miniature wings. Hence, Red eyes, miniature wings and white eyes, long wings are the phenotype of the recombinant offspring of the F2 generation.

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3 years ago
how do you think the hardness and density of a mineral that formed through metamorphism would compare to a mineral that formed t
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<span>Metamorphism-because of the heat and pressure underground- would cause the chemicals to be squeezed together better than evaporation does</span>
6 0
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Which population dispersion pattern is most commonly seen in the field for most species?
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<h2><u><em>Types of Dispersion Patterns </em></u></h2>
  • <em>If you're hiking through a forest, you might notice that some species of plants - like certain flowers or bushes - seem evenly spaced, while others - like wild mushrooms - are clustered together in only certain parts of the habitat. </em>

<em> </em>

  • <em>Within any given plant or animal population, or group of individuals of the same species living in the same area, individuals can be spaced in different ways called dispersion patterns. There are three types of dispersion patterns.</em>
  • <em>Clumped dispersion is when individuals in a population are clustered together, creating some patches with many individuals and some patches with no individuals. In uniform dispersion, individuals are spaced evenly throughout an area. And in random dispersion, individuals are arranged without any apparent pattern. </em>
  • <em> </em>
  • <em>In natural populations, random dispersion is rare, while clumped dispersion, which we'll focus on in this lesson, is the most common pattern. </em>
  • <em> </em>
  • <em>Clumped dispersion is often due to an uneven distribution of nutrients or other resources in the environment. It can also be caused by social interactions between individuals. Additionally, in organisms that don't move, such as plants, offspring might be very close to their parents and show clumped dispersion patterns. Let's further examine each of these three reasons for clumped dispersion.</em>

<em></em>

<em></em>

<em>Hope it helps! :)</em>

<em>JoshGonzalez, and NolanGonzalez!</em>

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What role does the pollen tube play in fertilization
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Conduits to transport the male gamete cells
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