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Name: Date: Period:
Genetics Foldable
Name: Date: Period:
Q: What have you inherited?
How traits are Inherited
The Father of Genetics
Dominant vs. Recessive
Genotype vs. Phenotype
Homozygous vs. Heterozygous
Punnett Squares
Task#1
Createyour
foldable&label
theflapsas
shown.
*Youwillcut3
flapsinhalfas
shown.
Task#2
Q: What have you inherited?
On your flap (above the question) write
the following:
A: traits
Heredity: the passing on of
traits from parents to offspring
*traits are different forms of a
characteristic and are
controlled by genes
Task#3
How Traits are Inherited
On your flap (above the title) write the
following:
Genes: control traits, made of
DNA (located on
chromosomes)
Alleles: different forms a gene
may have for a trait
Example – Hair line
(Widow’s Peak or Straight)
Task#4
The Father of Genetics
On your flap (above the title) write the
following:
Gegor Mendel
(an Austrian monk)
1856 : Experimented with garden
peas to learn about patterns of
inheritance (studied 7
characteristics/traits)
Genetics: the study of how traits are
inherited through the action of
alleles.
Task#5-2
Dominant
On your flap (above the title) write the
following:
Dominant: the allele that
masks the other allele that it’s
paired with. Allele is
represented by a capital letter.
*Always shows up
Example:
Plant Height – Tall (T)
Task#5-1
Cut this flap in half.
(just like we did with the photosynthesis
C.R. foldable)
Dominant vs. Recessive
Task#5-3
Recessive
On your flap (above the title) write the
following:
Recessive: the allele that is
masked or covered up by a
dominant allele unless paired
with another recessive allele.
Allele is represented by a lower
case letter.
Example:
Plant Height – Short (t)
Task#6-1
Cut this flap in half.
(just like we did with the photosynthesis
C.R. foldable)
Genotype vs. Phenotype
Task#7-1
Cut this flap in half.
(just like we did with the photosynthesis
C.R. foldable)
Homozygous vs. Heterozygous
Task#6-2
Genotype
On your flap (above the title) write the
following:
Genotype: the two alleles (or
two letters) that represent the
genetic make up of an
organism
Example:
Plant Height – Tall (TT. Tt)
- Short (tt)
Task#6-3
Phenotype
On your flap (above the title) write the
following:
Phenotype: the PHYSICAL
appearance of a genotype
Example:
Plant Height – Tall or
- Short
Task#7-2
Homozygous
On your flap (above the title) write the
following:
Homozygous: having two of
the SAME alleles
2 capitals
OR 2 lower case letters
Homo = Same (PUREBRED)
Example: Plant Height
Tall (TT) OR Short (tt)
Task#7-3
Heterozygous
On your flap (above the title) write the
following:
Heterozygous: having two of
different alleles
1 capital AND
1 lower case letter
Hetero = Different (HYBRID)
Example: Plant Height
Tall (Tt)
Task#8
Punnett Squares
On your flap (above the title) write the following:
Probability: a branch of math that helps you predict the chance the something
will happen
Punnett Square: a tool
used in Mendelian
Genetics to predict the
results of a genetic cross
(probability); shows all the
possible combinations of
alleles
T T
T T
T T
t t t
t t t
Alleles from
homozygous
tall parent
Alleles from
homozygous
short parent

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Genetics Foldable

  • 1. Name: Date: Period: Genetics Foldable Name: Date: Period: Q: What have you inherited? How traits are Inherited The Father of Genetics Dominant vs. Recessive Genotype vs. Phenotype Homozygous vs. Heterozygous Punnett Squares Task#1 Createyour foldable&label theflapsas shown. *Youwillcut3 flapsinhalfas shown.
  • 2. Task#2 Q: What have you inherited? On your flap (above the question) write the following: A: traits Heredity: the passing on of traits from parents to offspring *traits are different forms of a characteristic and are controlled by genes Task#3 How Traits are Inherited On your flap (above the title) write the following: Genes: control traits, made of DNA (located on chromosomes) Alleles: different forms a gene may have for a trait Example – Hair line (Widow’s Peak or Straight)
  • 3. Task#4 The Father of Genetics On your flap (above the title) write the following: Gegor Mendel (an Austrian monk) 1856 : Experimented with garden peas to learn about patterns of inheritance (studied 7 characteristics/traits) Genetics: the study of how traits are inherited through the action of alleles. Task#5-2 Dominant On your flap (above the title) write the following: Dominant: the allele that masks the other allele that it’s paired with. Allele is represented by a capital letter. *Always shows up Example: Plant Height – Tall (T)
  • 4. Task#5-1 Cut this flap in half. (just like we did with the photosynthesis C.R. foldable) Dominant vs. Recessive Task#5-3 Recessive On your flap (above the title) write the following: Recessive: the allele that is masked or covered up by a dominant allele unless paired with another recessive allele. Allele is represented by a lower case letter. Example: Plant Height – Short (t)
  • 5. Task#6-1 Cut this flap in half. (just like we did with the photosynthesis C.R. foldable) Genotype vs. Phenotype Task#7-1 Cut this flap in half. (just like we did with the photosynthesis C.R. foldable) Homozygous vs. Heterozygous
  • 6. Task#6-2 Genotype On your flap (above the title) write the following: Genotype: the two alleles (or two letters) that represent the genetic make up of an organism Example: Plant Height – Tall (TT. Tt) - Short (tt) Task#6-3 Phenotype On your flap (above the title) write the following: Phenotype: the PHYSICAL appearance of a genotype Example: Plant Height – Tall or - Short
  • 7. Task#7-2 Homozygous On your flap (above the title) write the following: Homozygous: having two of the SAME alleles 2 capitals OR 2 lower case letters Homo = Same (PUREBRED) Example: Plant Height Tall (TT) OR Short (tt) Task#7-3 Heterozygous On your flap (above the title) write the following: Heterozygous: having two of different alleles 1 capital AND 1 lower case letter Hetero = Different (HYBRID) Example: Plant Height Tall (Tt)
  • 8. Task#8 Punnett Squares On your flap (above the title) write the following: Probability: a branch of math that helps you predict the chance the something will happen Punnett Square: a tool used in Mendelian Genetics to predict the results of a genetic cross (probability); shows all the possible combinations of alleles T T T T T T t t t t t t Alleles from homozygous tall parent Alleles from homozygous short parent