A test cross with an organism with a homozygous recessive genotyperesults in 50% of the offspring exhibiting the recessive trait.
What is the genotype of the test-cross
parent?
I. Homozygous recessive
II. Homozygous dominant
III. Heterozygous
A. I only
B. II only
C. III only
D. I or III
E. II or III

Answers

Answer 1
Answer: The answer is heterozygous.

If it was crossed with homozygous dominant, then 100% of the offspring would show the dominiant trait. If it was homozygous recessive 100% of the offspring would have the recessive trait
Answer 2
Answer:

I say C. III ONLY, because if you put this all out on a punnet chart that is the only one that comes out with a correct outcome, 50%, so I say it is heterozygous only, answer choice C!

Hope this helps, if not, comment below please!!!!


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Answers

The question is asking us Which organism is an example of a producer? A producer in an ecosystem is an organism that does not eat other organisms (such as moth and cheetah - they eat other plants or animals) but instead, one that produces its own food from the solar energy in the process of photosynthesis - so the correct answer is the only plant, rose

Answer:

rose bush

Explanation:

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Answers

No, daughter cells refer to cell division. In mitosis, the daughter cells will be identical to the parent cell. However, in meiosis, there will be 4 daughter cells, each genetically unique from one another and the parent cell. This is because of crossing over that occurs in prophase I.

Answer:

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Following a severe automobile accident, a client is scheduled to have surgery to either repair or remove his spleen, pancreas, and stomach. The client wants the organs repaired and not removed if at all possible. However, the nursing staff understands that extensive regeneration in parenchymal organs can only occur if:

Answers

Answer:

The correct answer is: the extensive regeneration in parenchymal organs can only occur if the residual tissue is structurally and functionally intact.

Explanation:

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Answers

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25) when does the synaptonemal complex disappear?; a) late prophase of meiosis i; b) during fertilization or fusion of gametes; c) early anaphase of meiosis i; d) mid-prophase of meiosis ii; e) late metaphase of meiosis ii

Answers

C) early Anaphase of meiosis.

Final answer:

The synaptonemal complex, which forms between homologous chromosomes during meiosis for crossover or recombination, disappears during the late prophase of Meiosis I.

Explanation:

The synaptonemal complex is a protein structure that forms between two homologous chromosomes during meiosis and it plays a crucial role in the crossover or recombination process. This structure disappears during the late prophase of Meiosis I.

In other words, option a) late prophase of meiosis I is the correct answer. The disappearance of the synaptonemal complex signifies the end of the crossing over process and the start of the chromosomes moving apart.

Learn more about synaptonemal complex here:

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