The exchange of homologous chromosome parts during the process of meiosis can lead to offspring with unique combinations of traits. So the answer is (C).
The exchange of homologous chromosome parts during the process of meiosis can lead to offspring with unique combinations of traits because the exchange of genetic material can create new combinations of genes on the chromosomes.
During meiosis, homologous chromosomes pair up and exchange genetic material. This process is called crossing over. Crossing over can occur at any point along the length of the chromosome. When crossing over occurs, it creates new combinations of genes on the chromosomes.
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Complete question:
Which of the following is a result of the exchange of homologous chromosome parts during the process of meiosis?
A. random mutations
B. decreased gamete number
C. offspring with unique combinations of traits
D. decreased number of alleles on each chromosome
Answer:
Muttation can occur during the exchange of genetic meterial from homologous chromosomes which may led to cause deseases in some cases.
Explanation:
Answer: d: purchasing power (:
Explanation:
Only the strongest animals survive.
B.
Populations change over long periods of time.
C.
Life must come from other life.
D.
Parent organisms pass on traits they have acquired during their lifetime.
Answer: A. Only the strongest animals survive.
The theory of natural selection - the survival of the fittest suggests differential survival and reproduction of the organisms. This means the organisms that have better phenotypic advantage over the others likely to survive and reproduce in the adverse environment. Such phenotypic traits will be passed from the parents to the offspring and will promote the evolution of the species.
On the basis of the above description, the only the strongest animals will survive is the correct option.
Answer:
:p
Explanation:
B)latent
C)patent
D)plastic
Answer:
B) Latent. I'm sure this is the answer