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Yuri [45]
3 years ago
6

Advances in genetic technology have led to the ability of scientists to make it more likely for a couple to have a baby of one s

ex or another. In the future it might even be possible for a family to choose the sex of their baby before conception. What is a potential benefit of allowing a couple to decide the sex of future offspring? A. The sex ratios within the human population could become dramatically skewed, resulting in discrimination. B. Individuals could decide the hair color, athletic ability, and eye color of their future offspring before conception. C. Parents could be sure that future offspring did not have any type of genetic disorder before conception. D. Individuals that are carriers for sex-linked genetic disorders could reduce the chance of their offspring having the disease.
Biology
1 answer:
slava [35]3 years ago
6 0

Answer:

A

Explanation:

this is because of when parents are the selector of their children sex there will be a bias to one sex.

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What is the primary problem with the secular view of ice ages
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Answer:

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Explanation:

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3 years ago
Match the stages of interphase with what occurs in each stage.
photoshop1234 [79]
Haracteristics of mitosis include _____. 
<span>> the most common kind of cell division </span>
<span>four daughter cells produced when parent cell divides </span>
<span>> same number of chromosomes in each daughter cell as in the parent cell </span>
<span>different DNA in the daughter cell than in the parent cell </span>



<span>Select all that apply. </span>
<span>The M phase consists of different phases or stages. They are _____. </span>
<span>interphase </span>
<span>G0 phase </span>
<span>> prophase </span>
<span>> anaphase </span>
<span>G1 phase </span>
<span>> metaphase </span>
<span>> telophase </span>



<span>Match the stages of interphase with what occurs in each stage. </span>

<span>1. G1 phase . -The cell is conducting its metabolic functions </span>
<span>2. S phase DNA material is being duplicated. </span>
<span>3. G0 phase The cell ceases to divide. </span>
<span>4. G2 phase Cells prepare for M phase, and the chromosomes begin to coil and condense </span>


<span>definiton </span>
<span>-The cell is conducting its metabolic functions. </span>
<span>DNA material is being duplicated. </span>
<span>Cells prepare for M phase, and the chromosomes begin to coil and condense. </span>
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6 0
4 years ago
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Does any digestion of food occur in the esophagus?
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Answer:

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6 0
3 years ago
Achondroplasia is a common cause of dwarfism in humans. All individuals with achondroplasia are thought to be heterozygous at th
Mumz [18]

The question is incomplete. The complete question is:

Achondroplasia is a common cause of dwarfism in humans. All individuals with achondroplasia are thought to be heterozygous at the locus that controls this trait. When two individuals with achondroplasia have children, the offspring occur in a ratio of 2 achondroplasia:1 wild type. What is the most likely explanation for these observations

A. The allele that causes achondroplasia is a late-onset lethal allele.

B. The allele that causes achondroplasia is a recessive lethal allele.

C. The allele that causes achondroplasia is a dominant lethal allele.

D. Achondroplasia is incompletely dominant to the normal condition.

E. Achondroplasia is codominant to the normal condition.

Answer:

B. The allele that causes achondroplasia is a recessive lethal allele.

Explanation:

According to the given information, achondroplasia is a genetic disorder and the individuals with the disorder are heterozygous. The individuals with homozygous recessive genotype do not survive as the allele for the disorder is lethal in the homozygous condition. Let's assume that the allele "a" causes achondroplasia while the allele "A" imparts normal height to the individuals. Two heterozygous parents each with genotype "Aa" would produce a progeny in the following ratio=

Aa x Aa= 1 AA (normal height): 2 Aa (achondroplasia): 1 aa (do not survive).

7 0
3 years ago
Among dogs, short hair is dominant to long hair and dark coat color is dominant to white (albino) coat color. Assume that these
serg [7]

Complete question:

Among dogs, short hair is dominant to long hair and dark coat color is dominant to white (albino) coat color. Assume that these two coat traits are caused by independently segregating gene pairs. For each of the crosses given below, write the most probable genotype (or genotypes if more than one answer is possible) for the parents. It is important that you select a realistic symbol set and define each symbol below.

 Parental Phenotypes                         Phenotypes of Offspring    

                                                            Short     Long   Short     Long  

                                                            Dark     Dark   Albino   Albino

(a)  dark, short × dark, long                26          24         0            0  

(b)  albino, short × albino, short          0            0         102        33  

(c)  dark, short × albino, short            16            0          16           0  

(d)  dark, short × dark, short               175         67         61          21

Assume that for cross (d), you were interested in determining whether fur color follows a 3:1 ratio. Set up (but do not complete the calculations) a Chi-square test for these data [fur color in cross (d)].

Answer:

(a) DDSs   x     DDss

     DDSs   x     Ddss

(b) ddSs   x     ddSs

(c)  ddSS   x     DdSS

     ddSs   x     DdSS

     ddSS   x     DdSs

(d)  DdSs     x       DdSs

-------------------------------------------

<em>Chi square = X² = ∑ ((O-E)²/E) = </em>((242 - 243)² / 243) + ((82 - 81)² /81) = 0.0164  

Explanation:

Due to technical problems, you will find the complete explanation in the attached files

Download pdf
4 0
3 years ago
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