The non-wild-type alleles are k (clipped wings), l (long tail), and m (magical powers). The parental stocks are homozygous doubly recessive flies of genotype k+/k+ · l/l · m/m and homozygous singly recessive flies of genotype k/k · l+/l+ · m+/m+. From this cross, triply heterozygous progeny of genotype k/k+ · l/l+ · m/m+ are obtained, and females of this genotype are testcrossed to triple recessives of genotype k/k · l/l · m/m. The genotypes determining the eight progeny types from this testcross (CROSS C) are shown here with their numbers, out of a total sample of 1,572 flies. What is the correct order of the genes? What number of progeny for each genotype would you predict in the case of independent assortment? What is a non-recombinant genotype? What is a genotype of a single crossover? What is a genotype of a double crossover? What is the longest distance between any of the two dragon alleles above? What is the shortest distance between any of the two dragon alleles above? What is NOT a distance between any of the two dragon alleles above? What is the coefficient of coincidence for the dragon alleles above? What is the interference for the dragon alleles above? ### Gamete Distribution DataThe table below details the distribution of different gametes and their respective numbers:| **Gametes** | **Number** ||-------------|------------|| k⁺ l⁺ m⁺ | 621 || k l m | 608 || k l⁺ m⁺ | 103 || k⁺ l m | 109 || k⁺ l m⁺ | 64 || k l⁺ m | 57 || k⁺ l⁺ m | 3 || k l m⁺ | 7 |**Total: 1572**This table categorizes the various types of gametes based on their genetic markers, denoted by the presence (⁺) or absence (absence of the sign) of specific alleles k, l, and m. The **Number** column indicates the frequency or count of each type of gamete observed in the data set.### Insights- The most frequent gamete is `k⁺ l⁺ m⁺` with a count of 621.- The least frequent gamete is `k⁺ l⁺ m` with a count of 3.- The total number of gametes recorded is 1572, indicating a comprehensive sample size for the study.### Educational SignificanceUnderstanding the distribution of gametes is essential for grasping the fundamentals of genetic inheritance. This data can aid in teaching concepts such as:- Mendelian inheritance- Allelic frequencies- Genetic variabilityThis tabulated data is useful for students and educators in illustrating how different combinations of alleles can occur and their relative frequencies within a population sample.

Name: The non-wild-type alleles are k (clipped wings), l (long tail), and m
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Description: The non-wild-type alleles are k (clipped wings), l (long tail), and m (magical powers). The parental stocks are homozygous doubly recessive flies of genotype k+/k+ · l/l · m/m and homozygous singly recessive flies of genotype k/k · l+/l+ · m+/m+. Fro

Here the test cross that produced 1572 offspring was conducted between k/k+ l/l+ m/m+…

The non-wild-type alleles are k (clipped wings), l (long tail), and m (magical powers). The parental stocks are homozygous doubly recessive flies of genotype k+/k+ · l/l · m/m and homozygous singly recessive flies of genotype k/k · l+/l+ · m+/m+. From this cross, triply heterozygous progeny of genotype k/k+ · l/l+ · m/m+ are obtained, and females of this genotype are testcrossed to triple recessives of genotype k/k · l/l · m/m. The genotypes determining the eight progeny types from this testcross (CROSS C) are shown here with their numbers, out of a total sample of 1,572 flies. What is the correct order of the genes? What number of progeny for each genotype would you predict in the case of independent assortment? What is a non-recombinant genotype? What is a genotype of a single crossover? What is a genotype of a double crossover? What is the longest distance between any of the two dragon alleles above? What is the shortest distance between any of the two dragon alleles above? What is NOT a distance between any of the two dragon alleles above? What is the coefficient of coincidence for the dragon alleles above? What is the interference for the dragon alleles above?

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The non-wild-type alleles are k (clipped wings), l (long tail), and m (magical powers). The parental stocks are homozygous doubly recessive flies of genotype k+/k+ · l/l · m/m and homozygous singly recessive flies of genotype k/k · l+/l+ · m+/m+. From this cross, triply heterozygous progeny of genotype k/k+ · l/l+ · m/m+ are obtained, and females of this genotype are testcrossed to triple recessives of genotype k/k · l/l · m/m. The genotypes determining the eight progeny types from this testcross (CROSS C) are shown here with their numbers, out of a total sample of 1,572 flies. What is the correct order of the genes?

What number of progeny for each genotype would you predict in the case of independent assortment?

What is a non-recombinant genotype?

What is a genotype of a single crossover?

What is a genotype of a double crossover?

What is the longest distance between any of the two dragon alleles above?

What is the shortest distance between any of the two dragon alleles above?

What is NOT a distance between any of the two dragon alleles above?

What is the coefficient of coincidence for the dragon alleles above?

What is the interference for the dragon alleles above?

### Gamete Distribution Data

The table below details the distribution of different gametes and their respective numbers:

| **Gametes** | **Number** |
|-------------|------------|
| k⁺ l⁺ m⁺ | 621 |
| k l m | 608 |
| k l⁺ m⁺ | 103 |
| k⁺ l m | 109 |
| k⁺ l m⁺ | 64 |
| k l⁺ m | 57 |
| k⁺ l⁺ m | 3 |
| k l m⁺ | 7 |

**Total: 1572**

This table categorizes the various types of gametes based on their genetic markers, denoted by the presence (⁺) or absence (absence of the sign) of specific alleles k, l, and m. The **Number** column indicates the frequency or count of each type of gamete observed in the data set.

### Insights
- The most frequent gamete is `k⁺ l⁺ m⁺` with a count of 621.
- The least frequent gamete is `k⁺ l⁺ m` with a count of 3.
- The total number of gametes recorded is 1572, indicating a comprehensive sample size for the study.

### Educational Significance
Understanding the distribution of gametes is essential for grasping the fundamentals of genetic inheritance. This data can aid in teaching concepts such as:
- Mendelian inheritance
- Allelic frequencies
- Genetic variability

This tabulated data is useful for students and educators in illustrating how different combinations of alleles can occur and their relative frequencies within a population sample.

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