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Ann [662]
3 years ago
15

In module 1 you learned about homeostasis. what are four ways the skin helps an individual maintain thermoregulation? make sure

you define homeostasis as part of your answer?
Biology
2 answers:
rusak2 [61]3 years ago
8 0

Homeostasis is a state of stable internal environment that is mainteined by an organism. Maintaining the stable temperature (thermoregulation) is one of the examples of maintening the homeostasis and it is achieved by the skin in humans. The skin control of the temperature:

1.sweating- the sweat glands of the dermis secrete sweat that lower the temperature via evaporation,

2. skin circulation-vasoconstriction and vasodilation of the blood vessels inside the skin regulates the temperature. For example, when the body temperature is high, the blood vessels dilate, allowing heat to be released through the surface of the skin,

3. insulation by the subcutaneous layer of the skin which is made of  fat cells and fibrous tissue

4.piloerection.

There are 4 ways of the heat loss from the skin:

1.radiation

2.conduction

3.convection

4.evaporation


forsale [732]3 years ago
5 0

Answer:

Explanation:

Homeostasis is the state of equilibrium in the body. It is a process in which living organisms body maintain physical, chemical conditions balance or stability.

The skin help to maintain thermoregulation in four ways and they are;

Sweating: when there is much heat, the body tend to increase heat loss by producing sweat and causing sweating evaporation which help to maintain body temperature in the body.

Shivering: it occur when there is to much cold. When there is cold, the body try to maintain temperature stability by causing involuntary movement of muscles which intend lead to heat loss.

Vasoconstriction: the blood supply to skin help the skin in thermoregulation. When the blood vessels constricts, heat is retained and no heat loss.

Vasodilation: the skin regulate it body temperature through vasodilation. When the blood vessels that supply blood to the skin dilate, heat is loss.

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autonomic nervous system

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2 years ago
In Oompa Loompas, gray face (G) is dominant to orange recessive face (g). If two gray faced Oompas have an offspring with an ora
Neko [114]

Answer:

The genotype for each of the parents must be

parent 1 : Gg

parent 2 : Gg

Explanation:

Please note that a dominant trait is a trait that is expressed phenotypically in a heterozygous state, while a recessive trait is a trait that can only be expressed in a homozygous state.

Now, since gray face (G) for Oompa Loompas is dominant, and orange face (g) is recessive, for an offspring to be orange faced, it means that the genotype of the offspring must be 'gg'. Also, since both parent contribute an allele in the pair of alleles in the offspring, both parents must have the recessive (g) in their genotype. Moreover, we are told that both parents are gray-faced, meaning that their genotypes were 'Gg' and 'Gg'. To confirm, let me do the cross

                                 G           g

G                                GG       Gg

g                                 Gg        gg

from the cross above, we find out that out of 4 offspring, 3 were gray face (GG, Gg ) while one was orange face (gg).

3 0
3 years ago
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3 years ago
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Hypersecretion of prolactin from the anterior pituitary gland causes the condition of ________. dwarfism postpartum hemorrhage g
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Hypersecretion of the population from the anterior pituitary gland causes the condition of galactorrhea.

Prolactin is another name is called luteotropin and its main function is to enable mammals mostly female to produce milk. The pituitary gland secretes it in response to mating, estrogen treatment, ovulation, nursing and eating.

The pituitary gland is attached to the hypothalamus by a short stalk. The pituitary gland has two major parts.

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The pituitary gland is controlled by hormones and neurons that comes in the hypothalamus where it acts as a link between brain and endocrine system, and hypothalamus is the endocrine gland itself. Hypothalamus has neurons which regulate secretion of anterior lobe hormones by secreting inhibit and releasing  hormones. Every hormone produced by anterior lobe has a releasing hormone.

Prolactin and growth hormones have inhibiting hormone. Releasing hormone helps in stimulating production and it releases hormones from the anterior lobe.

3 0
3 years ago
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Part 1- Explain which traits would need to combine in order for a yellow cucumber and a green to make a green cucumber.
adelina 88 [10]
<h2>Part 1.</h2><h2>Answer:</h2>

Only the traits or allele for the green trait will be needed to make a green cucumber.

<h3>Explanation:</h3>

Here in the given example there are two allele responsible for the color of cucumber. One is Y which is dominant allele and codes for the yellow color.

While y is recessive allele and it will be code for the green color.

In case of heterozygous in which the genotype will be Yy but the phenotype will be always yellow because Y is dominant.

In case of genotype yy the phenotype will be green.

So for green cucumber there will be two y in the genotype.

<h2>Part 2.</h2><h2>Answer:</h2>

For yellow cucumber, there is need of only one dominant allele which codes for yellow.

<h3>Explanation:</h3>

According to the given punnet squre, There will be 4 genotypes from the breeding of a yellow cucumber and green cucumber.

The yellow cucumber is heterozygous or homozygous and its genotypes can be Yy and YY relatively.

But for green cucumber the genotype can only be homozygous which is yy.

In the punnet squre the 2 phenotype are yellow and green.

Hence for the yellow cucumber there is only need of one Y allele in genotype.

5 0
3 years ago
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