Genotype: Is the letters we use to represent the trait on the chromosome (Examples: TT, Tt, tt) Phenotype: Ist he trait or characteristic we 'see (Examples: Tall, Short) Homozygous Dominant: Genotype is dominant from both parent chromosomes/alleles (Example TT) Phenotype is the dominant allele = also known as purebred Homozygous Recessive: Genotype is recessive from both parent chromosomes/alleles (Example tt) Phenotype is the recessive allele = also known as purebred Heterozygous: Genotype is different--One is dominant allele and one is recessive allele (example (Tt)--Phenotype is always of dominant allele = also known as hybrid. R = round r= wrinkled T = tall + = short Y = yellow peas y = green peas P = purple flowers p = white flowers IN PEAS: %3D MAKING MONOHYBRID CROSSES: What is the genotype of a HOMOZYGOUS YELLOW SEED plant? = What is the genotype of A HOMÓZYGOUS GREEN SEED plant? = What is the genotype of a HETEROZYGOUS YELLOW plant? = Using the Punnet Square above, make a cross between a PURE YELLOW SEED parent and a PURE GREEN SEED parent. POSSIBLE OFF SPRING GENOTYPE PHENOTYPE

Human Heredity: Principles and Issues (MindTap Course List)
11th Edition
ISBN:9781305251052
Author:Michael Cummings
Publisher:Michael Cummings
Chapter11: Genome Alterations: Mutation And Epigenetics
Section: Chapter Questions
Problem 7QP
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Remember:
Genotype: Is the letters we use to represent the trait on the chromosome (Examples: TT, Tt, tt).
Phenotype: Ist he trait or characteristic we'see (Examples: Tall, Short)
Homozygous Dominant: Genotype is dominant from both parent chromosomes/alleles (Example TT)
Phenotype is the dominant allele = also known as purebred
Homozygous Recessive: Genotype is recessive from both parent chromosomes/alleles (Example tt)
Phenotype is the recessive allele = also known as purebred
Heterozygous: Genotype is different--One is dominant allele and one is recessive alllele (example
(Tt)--Phenotype is always of dominant allele = also known as hybrid.
Y = yellow peas
y = green peas
P = purple flowers
P = white flowers
IN PEAS:
R = round
r= wrinkled
T = tall
t = short
MAKING MONOHYBRID CROSSES:
What is the genotype of a HOMOZYGOUS YELLOW SEED plant? =
What is the genotype of A HOMOZYGOUS GREEN SEED plant? =
What is the genotype of a HETEROZYGOUS YELLOW plant? =
Using the Punnet Square above, make a cross between a PURE YELLOW SEED parent and a PURE GREEN SEED
parent.
POSSIBLE OFFSPRING
GENOTYPE
PHENOTYPE
edu
gear
Transcribed Image Text:cument/d/1dv-kQ2ym6JJYz6NUEIRy9wUQ9y! U10/euit 3 PowerSchool - Dan.. O YouTube A Classroom 6 What's Your Guardi. V Authentic Italian Re.. O Best Fitn- orking with dominant and recessive punnett squares Tools Add-ons Help Last edit was 2 hours ago 12 BIU A text Times New. + I 1 2 3 4 Remember: Genotype: Is the letters we use to represent the trait on the chromosome (Examples: TT, Tt, tt). Phenotype: Ist he trait or characteristic we'see (Examples: Tall, Short) Homozygous Dominant: Genotype is dominant from both parent chromosomes/alleles (Example TT) Phenotype is the dominant allele = also known as purebred Homozygous Recessive: Genotype is recessive from both parent chromosomes/alleles (Example tt) Phenotype is the recessive allele = also known as purebred Heterozygous: Genotype is different--One is dominant allele and one is recessive alllele (example (Tt)--Phenotype is always of dominant allele = also known as hybrid. Y = yellow peas y = green peas P = purple flowers P = white flowers IN PEAS: R = round r= wrinkled T = tall t = short MAKING MONOHYBRID CROSSES: What is the genotype of a HOMOZYGOUS YELLOW SEED plant? = What is the genotype of A HOMOZYGOUS GREEN SEED plant? = What is the genotype of a HETEROZYGOUS YELLOW plant? = Using the Punnet Square above, make a cross between a PURE YELLOW SEED parent and a PURE GREEN SEED parent. POSSIBLE OFFSPRING GENOTYPE PHENOTYPE edu gear
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