Punnett+Square++Worksheet

Sets of basepair sugars that accounts for a specific trait is ____________

Please help me draw the pedigree analysis of the given problem together with the b-c questions. Thank you so much! I really appreciate it.

For each genotype, indicate the phenotype: The freckles allele (F) is dominant to the no freckles allele ( f). The attached earlobes allele (E) is dominant to the unattached earlobes allele (e). ff _______________ Ee _______________ FF _______________ EE _______________ Ff _______________ ee _______________

Draw a punnett square for each problem.  Please be careful to notice whether a trait is homozygous or heterozygous. One parent has O type blood. The other parent has heterozygous B type blood. What are all the possible blood types the children may have? Answer:____________O ____________A _____________B _____________AB In a paternity case a man is accused of having fathered a child. He denies the accusation and presents the following evidence.  His blood is O.  The mother’s type is AB.  The child has AB blood. Could he be the father?  _______yes     ________no

on Instructions: Before Mendel and his results were fully accepted, there were many theories that were proposed that tried to explain how traits were passed on from one generation to another. In the space provided, list down the important points of each theory. Hippocrates’: Brick and Mortar Theory ______________________________________________________________________ ______________________________________________________________________ ______________________________________________________________________ ______________________________________________________________________ ______________________________________________________________________ ______________________________________________________________________ ______________________________________________________________________ ______________________________________________________________________ ________________________________________________ Aristotle: Hereditary Elements in Blood…

A roan bull is crossed to a white cow. The first 2 offspring turned out to be roan and white calves. Roan is a color obtained when cattle are heterozygous for the gene for red and white hairs. How is this trait inherited? _______________ Identify the genotype of the roan bull. ___________ Identify the genotype of the white cow.___________ Give the genotypic ratio. ___________________ Give the phenotypic ratio. ___________________ Show the Punnett square

Pure-breeding yellow (Y) canaries (a canary is a type of bird) crossed with pure-breeding blue (y) canaries make green canaries. Identify the genotypic and phenotypic ratios when you cross a green canary with a blue canary. What type of inheritance pattern is this? _______________________________________________ Genotypic Ratio: _________________________________ Phenotypic Ratio: ________________________________

Alfred is heterozygous for tongue rolling and has five fingers. Alfreda, his wife, cannot roll her tongue and is heterozygous for polydactyly.   Use R/r for tounge rolling, P/p for polydactyly. What is Alfred’s genotype?  ____________ What is Alfreda’s genotype? ____________

Is the trait dominant or recessive for this pedigree? _____________. Write the genotype for each individual. (Use the letter B)

The Eastwoods are going to have a child. She has chestnut hair (MBdMBk), and he has dark brown hair. Find their child's possible hair colors and the probabilities of each. (Enter exact numbers as integers, fractions, or decimals.) blond       strawberry blond       bright red       light brown       reddish brown       dark red       medium brown       chestnut       auburn       dark brown       shiny dark brown       glossy dark brown       black       shiny black       glossy black

14) When examining a pedigree chart, I notice that only males are affected. What does this tell me about the inheritance pattern? ____________________________ __________________________________________________________________

Someone please help with each question please

Part of the difficulty of the genetics unit is knowing what type of problem you are being asked to solve and then solving it correctly. The following problems are a mix of normal Mendelian inheritance, incomplete dominance, co-dominance, sex-linked, and dihybrid crosses. Complete each of the problems below. Show your work! It’s difficult for me to know where you are making your mistakes (and help you to correct them) if I cannot see how you completed the problem.   The genes for hemophilia, a condition that causes blood not to clot properly, are located on the X chromosome. It is a recessive disorder. A man normal for blood clotting has children with a woman who is a carrier of the condition but still clots normally. What percentage of the male offspring will have normal clotting? _______________ % What percentage of the male offspring will have hemophilia? _______________ %

Part of the difficulty of the genetics unit is knowing what type of problem you are being asked to solve and then solving it correctly. The following problems are a mix of normal Mendelian inheritance, incomplete dominance, co-dominance, sex-linked, and dihybrid crosses. Complete each of the problems below. Show your work! It’s difficult for me to know where you are making your mistakes (and help you to correct them) if I cannot see how you completed the problem. 1. In humans the allele for albinism is recessive to the allele for normal skin pigmentation. If a male who is heterozygous for albinism has children with a woman who is also heterozygous, what is the chance that a child will have normal skin pigment? What is the chance that a child will have albinism? Normal pigmentation? ________________ / 4Albinism? ______________ / 4

Part of the difficulty of the genetics unit is knowing what type of problem you are being asked to solve and then solving it correctly. The following problems are a mix of normal Mendelian inheritance, incomplete dominance, co-dominance, sex-linked, and dihybrid crosses. Complete each of the problems below. Show your work! It’s difficult for me to know where you are making your mistakes (and help you to correct them) if I cannot see how you completed the problem. Grasshoppers are black with red stripes (R), yellow stripes (Y), or both red & yellow stripes (RY). A red-striped grasshopper is crossed with red & yellow-striped grasshopper. What type of inheritance pattern is this?__________________________________________ Genotypic ratio: _____________________________ Phenotypic ratio: ____________________________

Part of the difficulty of the genetics unit is knowing what type of problem you are being asked to solve and then solving it correctly. The following problems are a mix of normal Mendelian inheritance, incomplete dominance, co-dominance, sex-linked, and dihybrid crosses. Complete each of the problems below. Show your work! It’s difficult for me to know where you are making your mistakes (and help you to correct them) if I cannot see how you completed the problem. in certain fish, the mating of a black (B) fish with a white (W) fish will create offspring with a patchwork of black and white scales. What type of inheritance pattern is this?_____________________________________________ If a black and white fish is crossed with a black fish, what percentage of the fish will be: Black? ___________% White? ____________% Black and white? ___________%

Part of the difficulty of the genetics unit is knowing what type of problem you are being asked to solve and then solving it correctly. The following problems are a mix of normal Mendelian inheritance, incomplete dominance, co-dominance, sex-linked, and dihybrid crosses. Complete each of the problems below. Show your work! It’s difficult for me to know where you are making your mistakes (and help you to correct them) if I cannot see how you completed the problem.   A mother had type A blood. Her husband has type B blood. They have a child with Type O blood. Is this possible? Use the Punnett square to support your answer. Is type O possible? ______________ What other blood type(s) could their future children have? ____________________________________________

Part of the difficulty of the genetics unit is knowing what type of problem you are being asked to solve and then solving it correctly. The following problems are a mix of normal Mendelian inheritance, incomplete dominance, co-dominance, sex-linked, and dihybrid crosses. Complete each of the problems below. Show your work! It’s difficult for me to know where you are making your mistakes (and help you to correct them) if I cannot see how you completed the problem.   When a skunk with wide (W) stripes reproduces with a skunk with narrow (w) stripes, their offspring all have medium stripes. A medium-striped skunk mates with another skunk with medium stripes. Determine the frequency of the phenotypes. Wide Stripes: _______________ / 4 Medium Stripes: ____________ / 4 Narrow Stripes: _____________ / 4

_________________ is the idea that an offspring's traits would be a perfect mix between mother and father, a theory overturned by Gregor Mendel.     blending     trisomy

Can you please not type the answer can you write the answers on a PAPER PLEASE and can you do it fast