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Explain whether the children of identical twins who married another set of identical twins are genetic siblings or cousins.
since both parents are identical, the children would receive the same genotypes and genetically be siblings
explain one advantage and one disadvantage of crossbreeding plants or animals
advantage: stronger, drought resistant, pest resistant, variety, hypoallergenic, positive traits - disadvantage: mutations, difficulties giving birth, cost,
The offspring's genetics in asexual reproduction can be described as ...
identical to the parent's genetics
The offspring's genetics in sexual reproduction can be described as ...
a blend of the parents genetics
Which type of asexual reproduction is shown in the picture?
binary fission
Which type of asexual reproduction is shown in the picture?
regeneration
Which type of asexual reproduction is shown in the picture?
budding
Which type of asexual reproduction is shown in the picture?
vegetative propagation
Which type of asexual reproduction happens when one plant grows new plants?
vegatative propogation
Which type of asexual reproduction helps an organism regrow a damaged body part?
Regeneration
Which type of asexual reproduction has the offspring grow out of the parent organism?
budding
Which type of asexual reproduction produces two identical cells?
binary fission
A female dog had 8 babies. 4 of the babies had brown eyes and 4 of the babies had blue eyes. In dogs, the allele for brown eyes (B) is dominant to the recessive allele for blue eyes (b). What would the genotypes for the parents be?
Parent 1 = Bb Parent 2 = bb
Complete the Punnett square. (D = dimples, d = no dimples). What is the probability the offspring will not have dimples?
50%
Complete the Punnett square. (D = dimples, d = no dimples). What is the probability the offspring will have dimples?
50%
Complete this Punnett square. (D = dimples, d = no dimples)What conclusion can you make about the offspring?
Some offspring will have dimples and others will not. Dimples is dominant over no dimples
Complete the Punnett square. (A = straight hair, a = curly hair). What is the probability the offspring will have curly hair?
0%
Complete the Punnett square. (A = straight hair, a = curly hair). What is the probability the offspring will have straight hair?
100%
Complete this Punnett square. (A = straight hair, a = curly hair)What conclusion can you make about the offspring?
0% will have curly hair. 100% will have straight hair. Straight hair is dominant. Curly hair is recessive
Any individual offspring produced through asexual reproduction is always...
genetically identical to the parent
If an offspring is produced through sexual reproduction, the offspring's genetic material is always...
just like the father a blend of the mother and father
Offspring produced through asexual reproduction has ____ parent(s).
1
Offspring produced through sexual reproduction has _____ parent(s).
2
Vocab: a single, highly organized and structured piece of DNA
chromosome
Vocab: the likelihood of something happening
probability
Vocab: a product of reproduction
offspring
Vocab: a characteristic that is passed from parent to offspring
inherited trait
Vocab: the variety of gene combinations that exist within a population
genetic variation
Vocab: the basic physical and functional unit of heredity made up of DNA
genes
Vocab: a version of a gene
allele


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