The diagram shows a plant that is heterozygous for two genes. G = yellow; g = green; R = round; r = wrinkled G Four different types of gametes are produced by a heterozygous individual when crossing...


The diagram shows a plant that is heterozygous for two genes.<br>G = yellow; g = green; R = round; r = wrinkled<br>G<br>Four different types of gametes are produced by a heterozygous individual when crossing over occurs, and two different types of gametes are produced when<br>crossing over does not occur. What does this information reveal about crossng over?<br>O Crossing over introduces variety by producing different combinations of alleles.<br>O Crossing over reduces the incidence of DNA and chromosomal mutations.<br>O Crossing over introduces variety in<br>by creating<br>types of genes.<br>O Crossing over maintains the count of genes and the original alleles in both chromosomes.<br>Copyright ©2021 Certica Solutions, Inc.<br>https://encase.te21.com/Assessment/View/fc425cee-df10-4f28-a988-c3calbfa788a/675fd7db-03b1-48af-af8e-f6be62227cd7#<br>

Extracted text: The diagram shows a plant that is heterozygous for two genes. G = yellow; g = green; R = round; r = wrinkled G Four different types of gametes are produced by a heterozygous individual when crossing over occurs, and two different types of gametes are produced when crossing over does not occur. What does this information reveal about crossng over? O Crossing over introduces variety by producing different combinations of alleles. O Crossing over reduces the incidence of DNA and chromosomal mutations. O Crossing over introduces variety in by creating types of genes. O Crossing over maintains the count of genes and the original alleles in both chromosomes. Copyright ©2021 Certica Solutions, Inc. https://encase.te21.com/Assessment/View/fc425cee-df10-4f28-a988-c3calbfa788a/675fd7db-03b1-48af-af8e-f6be62227cd7#

Jun 11, 2022
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