# data[].attributes.body
1. Incomplete dominance is a blend of

# data[].attributes.body
1.)Incomplete dominance is when two alleles combine creating a new color making the allele hybrid. Co-dominance is when both allele pairs are present.
2.)a blue flower was crossed with an orange flower the blue was dominant and the orange was reccessive the flower would end up being blue.
3.)F1=RWxRW
F1= RW
F2= RR, WW, RW, RW
4.)

# data[].attributes.body
I'm 1- Incomplete dominance is when two traits mix. Co-dominance is when both traits show.
2- Incomplete dominance: A dark purple frog breeds with a white frog to create a light purple frog.
Co-dominance: A yellow frog breeds with an orange frog to form a yellow frog with orange spots.
3- don't understand

4-

# data[].attributes.body
1. Incomplete dominance is when two alleles mix creating a new color making the allele hybrid. Co-dominace is when both allele pairs are shown.
2. A red flower was crossed with a white flower. Due to incomplete dominance all the offsprings would be pink.
A black flower was crossed with a yellow flower, black was dominant and yellow was recessive. The offsprings would be black with yellow dots or yellow with black dots due to do-dominance.
3. BBxGG
F2- GF, GF, GF ,GF
4.

# data[].attributes.body
1. Incomplete dominance is when two alleles mix to create a new allele. Co-dominance is when both alleles are present.
2. There was a red flower crossed with a white flower. The offspring turned out to be pink due to incomplete dominance. There was a blue flower crossed with a yellow flower. Blue is dominant, and yellow is recessive. The offspring turned out to be a blue flower with yellow dots, due to co-dominance.
3. F1= RW
f1= RW X RW
F2= RR, WW, RW, RW
4.

# data[].attributes.body
1.

2.

3.50% don't have it
50% are carrey
50% have it

# data[].attributes.body
Incomplete dominance is when two dominant genes mix to form a hybrid. Co- dominance is when both of the dominant genes show up but dont mix.
2. An example of co-dominance is if a flower is red but has blue dots because both of the genes are there but they did not mix to make a purple flower, where as in incomplete dominance the flowers would be purple because they would mix.
3. BBxGG= BG,BG,BG,BG
4. Picture shown below.

# data[].attributes.body
I.  Incomplete Dominance show the blend of the traits. Co-Dominance shows the blend of the allele pair.
II.

# data[].attributes.body
1)In incomplete dominate the colors mix and form a hybrid
In co dominance both of the colors show and don't mix .
2)A example of incomplete dominance would be if two allies are YY for yellow and BB for blue the colors would mix and make green.
3)YYxBB=YB,YB,YB,YB

# data[].attributes.body
he difference is in incomplete dominance the colors mix and in codominance the colors both show up.
ncomplete dominance is if you take a red and white
YR x YR = YY, YR, YR, RR
flower and mix then the flower will be pink
Co-dominance would be a white flower with red tips or a red flower with white tips

# data[].attributes.body
I.Incomplete dominance is is when the two alleles are homozygous dominant thus creating a hybrid.
Co-dominance is when both of the colors will show but the genes don't mix.
II. An example of co-dominance is when there is say a blue flower with yellow spots. With incomplete dominance the flowers would be green.
III.

# data[].attributes.body
incomplete dominance- when the 2 alleles cross over
co- dominance:

# data[].attributes.body
1. Incomplete dominance is when it blends and co dominance is when it's like half and half.
2. Co dominance for example a blue flower with purple dots or areas

# data[].attributes.body
1.Incomplete dominance is is when the two alleles are homozygous dominant thus creating a hybrid. Ex. if the two alleles are RR for read and BB for blue, the offspring would be purple(RB).
Co-dominance is when both of the colors(dominant genes) will show but the genes don't mix.
2. An example of co-dominance is when there is say a blue flower with yellow spots. With incomplete dominance the flowers would be green.
3. BBxGG=BG,BG,BG,BG

# data[].attributes.body
1. Incomplete dominance has two dominant allele pairs and in their F1 offspring the colors are combined. Co-dominance also has two dominant allele pairs, but both of the parents colors show up in their F1 offspring.

2. An example of incomplete dominance would be if you have a dominant red flower (RR) crossed with a blue flower (BB) then the F1 offspring would be purple (RB). An example of co-dominance would be if you had a red flower (RR) crossed with a blue flower (BB), it would either have an offspring with a blue flower and red tips, or a red flower with blue tips.

3. RRxBB = RB, RB, RB, RB

4.

# data[].attributes.body
1.) Incomplete dominance is when you cross one allele pair with another allele pair and they are over each other. Co-dominance is when the allele pairs do not combine and/or cross with one another.
2.) An example of co-dominance is when there is a red (RR) flower with yellow (YY) spots. With incomplete dominance the color of the flower would be orange (RY).
3.) RRxYY=RY,RY,RY,RY
4.) 👇🏼LISTED BELOW👇🏼

# data[].attributes.body
1.) Incomplete dominance is when the two dominate genes mix to form a hybrid. Co-dominate is when both of the dominate genes show up but does not mix.
2.) A example of Co-dominates if the flower is red with blue spots becuase they are both dominate.Its different from incomplete dominates becuase if tit was incomplete dominate the flower would be purple.
3.) YR x YR =YY, YR, YR, RR

4.) Picture 👇🏼👇🏼👇🏼👇🏼👇🏼👇🏼👇🏼

# data[].attributes.body
Incomplete dominance is when genes mix
Con-dominance is when genes don't mix

2) incomplete dominance is if you take a red and white flower and mix then the flower will be pink
Co-dominance would be a white flower with red tips or a red flower with white tips

# data[].attributes.headline
CYAN Mr.Lloyd!  (Carson, Hayden, Ryan, Preston, and Ben)

# data[].attributes.subject
CYAN Mr.Lloyd!  (Carson, Hayden, Ryan, Preston, and Ben)

# data[].attributes.body
1) incomplete dominance is when the colors mix but co dominance is when both are visible.
2) If you combine CYAN (CC) and yellow(YY) you get GREEEEEEEEEN.
3) (This is our example) R=Puppy and Monkey  W=Man   WRxWR= WW(Man),WR(Puppymonkeybaby),WR,RR(Puppymonkey)
4)

# data[].attributes.body
1. Incomplete dominance is when two dominant traits cross and they mix. For example if two flowers are bred and they have the traits of BB and RR, the child will have the trait BR and it will be purple. Co-Dominance is when two dominant traits cross and both traits show up. For example if two flowers with the traits BB and RR cross, the flower will have both both colors.
2. Our example is in an anime show one character has red hair (RR) and the other character has blue hair (BB). If they breed and incomplete dominance happens the child will have purple hair (BR) and if co-dominance happens the child will have red and blue hair (BR).
3.
4.

# data[].attributes.body
1.Incomplete dominance is when genes mix to form a an allele pair
2.in co dominance it shows both colors
3.BB BLUE GG GREEN BG BG BG
4.

# data[].attributes.body
1. Incomplete dominance is when the two dominant genes mix to form a hybrid. Co-dominance is when both of the dominant genes show up but don't mix.
2. An example of co-dominance is if the flower is red with blue spots because both the blue and red genes are dominant. This is different from incomplete dominance because if it was incomplete dominance there would be purple flowers.
3. YR x YR = YY, YR, YR, RR
4. Picture Below

# data[].attributes.body
1. The genes mix. In co-dominance, both alleles show up, while in incomplete dominance, the genes mix.
2. An example of co-dominance is it you took a flower and split the stem, and then put one side of the stem in blue water and the other in red. Some of the petals will be red and some will be blue. Incomplete dominance would be if you put red and blue in the same cup any just put one, normal, flower in it.
3. BBxGG= BG, BG, BG, BG

# data[].attributes.headline
Matthewepley and Connerdouglas and Brycenschenk

# data[].attributes.subject
Matthewepley and Connerdouglas and Brycenschenk

# data[].attributes.body
1. Incomplete dominance is when 2 different dominant allele pairs mix to make another color.
Codominance is when both alleles show up.
2. Incomplete dominance would be red and yellow making orange. Codominance would be orange with red dots or orange with red dots.
3. The example punnet  square below is from Garret's explanation.
4. Picture to the left

# data[].attributes.body
1. In co domince  both alleles show up, in in complete dominance they mix.

2.

# data[].attributes.body
1)Incomplete dominance results in the phenotype that is a blend of the traits in an allele pair.Co-dominance-results in a phenotype that shows both traits of an allele pair.
2)

# data[].attributes.body
1. In incomplete dominance, both of the colors are combined, and in co-dominance, both of the colors are shown.
2. In co-dominance, it shows both colors, one being the color of the thing with the color, and the other color is a pattern.
3. BB (Blue) and GG (Green)
BG, BG, BG, and BG
4.

# data[].attributes.body
I 1. The difference is in incomplete dominance the colors mix and in codominance the colors both show up.
2. In incomplete dominance if there is a red flower that mixes with a yellow flower it would make a orange flower. In codominance if there is a red flower that mixes with a yellow flower it might be red with yellow speckles.
3. BB x GG
F1= BG x BG
F2= BB, BG, GB, GG

# data[].attributes.body
1.In both codominance and incomplete dominance both have alleles for a trait are dominant in codominance a heterozygous individual express

2.

# data[].attributes.body
Co dominance is where both dominant traits show up like a blue and purple flower while incomplete dominance is where two colors or phenotypes mix. If you cut a green and a blue gummy bear in half that would be co dominance.  If you put the green and blue gummybears  in a pan and melted them down and made a teal gummy bear that would be an example of incomplete dominance

2.)If you cut a green and a blue gummy bear in half that would be co dominance.  If you put the green and blue gummybears  in a pan and melted them down and made a teal gummy bear that would be an example of incomplete dominance, an example of a co dominates is if the green gummy bear and the blue gummy bear swirled together and made a tie dye green and blue gummy bear.
3. F1= RW
f1= RW X RW
F2= RR, WW, RW, RW
4.)

# data[].attributes.body
1. In incomplete dominance, both of the colors are combined, and in co-dominance, both of the colors are shown.
2. In co-dominance, it shows both colors, one being the color of the thing with the color, and the other color is a pattern.
3. BB (Blue) and GG (Green)
BG, BG, BG, and BG
4.

# data[].attributes.body
1:)

2:)

3:)

4:)

# data[].attributes.body
Create a pedigree chart of the P1 and F1 generations so students can analyse your information. Attach a picture below your answer.

# data[].attributes.body
Using a students example that is not in use, solve for the F-2 offspring that ould result if you bred the F-1 offspring?

# data[].attributes.body
Come up with your own example of how co-dominance is difference from incomplete dominance. Explain your example in one paragraph.

# data[].attributes.body
What is the difference between incomplete dominance and co-dominance?

# data[].attributes.body
Co-Dominance is also an exeption to Mendel's theory pertaining to genetics. Co-dominanceresults in a phenotype that shows both traits of an allele pair.  For example (Figures 2 & 3), if there are tulips that are breeding that have the trait colors Homozygous dominant red (RR), and homozygous dominant white (WW), the F-1 offspring will consist of either Red flowers with white tips, or white flowers with red tips, with allele pairs RW.

# data[].attributes.headline
Figure 1 - In incomplete dominance, neither allele's are dominant over another. Thus, there is a blend in the phenotype of the trait. 

# data[].attributes.subject
Figure 1 - In incomplete dominance, neither allele's are dominant over another. Thus, there is a blend in the phenotype of the trait. 

# data[].attributes.headline
Figure 2 - Due to Co-dominance, both colored traits show in the tulip. For example, Homozygous Dominant Red Tulips (RR) with Homozygous Dominant White Tips (WW) have the phenotypes of either red with white tips, or white with red tips.

# data[].attributes.subject
Figure 2 - Due to Co-dominance, both colored traits show in the tulip. For example, Homozygous Dominant Red Tulips (RR) with Homozygous Dominant White Tips (WW) have the phenotypes of either red with white tips, or white with red tips.

# data[].attributes.headline
Figure 3 - Due to Co-dominance, both colored traits show in the tulip. For example, Homozygous Dominant Red Tulips (RR) with Homozygous Dominant White Tips (WW) have the phenotypes of either red with white tips, or white with red tips.

# data[].attributes.subject
Figure 3 - Due to Co-dominance, both colored traits show in the tulip. For example, Homozygous Dominant Red Tulips (RR) with Homozygous Dominant White Tips (WW) have the phenotypes of either red with white tips, or white with red tips.

# data[].attributes.headline
                                      Incomplete Dominance

# data[].attributes.subject
                                      Incomplete Dominance

# data[].attributes.body
As we already know, incomplete dominance is an exception to Mendel's theory pertaining to genetics. Incomplete dominance results in the phenotype that is a blend of the traits in an allele pair. For example (figure I), if there are two tulips that are breeding that have the trait colors homozygous dominant red (RR), and homozygous dominant white (WW), The F-1 offspring will consist of Pink Flowers with allele pairs RW.

# data[].attributes.body
I.) Read the following paragraph pertaining to Co-Dominance.

II.) After reading the following paragraph's, answer the following questions pertaining to co-dominance vs. incomplete dominance.

# data[].attributes.headline
Lesson Question I - How can scientists identify incomplete dominance, or codomiance, in future offspring?

# data[].attributes.subject
Lesson Question I - How can scientists identify incomplete dominance, or codomiance, in future offspring?

# data[].attributes.headline
Lesson Question II - Why are some genetic diseases inherited by future offspring, but others are just carriers of the disease?

# data[].attributes.subject
Lesson Question II - Why are some genetic diseases inherited by future offspring, but others are just carriers of the disease?