unycouu possibly be yelow/round\"sybe A. 0 B. 10 C. 30 D. 90 E 160 24\"Green/wri
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unycouu possibly be yelow/round"sybe A. 0 B. 10 C. 30 D. 90 E 160 24"Green/wrinkled" (in the question above)? A0 B. 10 C. 30 D. 90 E. 160 25. What "Mendel's law" leads to “extensive genetic variation"? A. Law of dominance B. Law of segregation C. Law of independent assortment 26. What"homologous pair may not have "identical" centromere location? B. 21 C. XX D. XY akes "homologous chromosome A. 1 27. What m members as "non-identical"? A. Centromere locations B. Length of chromosomes C. Width of chromosomes D. DNA base-pair sequence 28. In a "chi-square analysis" of monohybrid red/yellow color" of corn-kernel" experiment, you counted a total of 1000. How many of them you expect to be "red"? A. 0 B. 250Explanation / Answer
25. law of independent assortment,
Here if we are talking about extensive genetic variation, in law of dominant, only dominant allele is expressed and no variation is produced, in the law of segregation alleles segregate (3:1) three dominant and one recessive phenotype is produces. But in law of independent assortment (9:3:3:1) different combination of allelic variation leads to extensive genetic variation in offspring.
26. D.X/Y. Y chromosome is acrocentric which means one arm is long and one arm of chromosome is short. Centromere is not in a middle. Whereas X chromosome is metacentric. Centromere is in the moddle.
27. A. centromere location, homologous chromosome non identical homologous chromosomes have same genes and with same length.
28. B. 250, a monohybrid is result of hybrid between two genes, which has one heterozygous character. A typical monohybrid cross has 3:1 offspring ration.
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