In a biological context, 'change over time' refers to evolution. Evolution is a process by which living organisms have developed and diversified from earlier forms over time. Mutation, variation, and adaptation are components of this process.
The term 'change over time' in biology usually refers to the concept of evolution. Evolution can be defined as the process by which different kinds of living organisms have developed and diversified from earlier forms during the history of earth. This involves slow changes happening in species over long periods. This could be due to factors like genetic variation, environmental changes, and natural selection.
On the other hand, mutation, variation, and adaptation are components of evolution. A mutation is a change within the DNA of a gene. A variation represents the differences within a species, and adaptation is the process where an organism adjusts to its environment over time for survival.
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Anna's dog's weight falling outside the average range doesn't necessarily indicate the source is unreliable as it could be affected by individual variability. A broader sample would need to be assessed. Fur color, unrelated to weight, is determined by genotypes.
Anna's female Labrador Retriever being 38 kg (or 83 lb) falls outside the average weight reported in the encyclopedia for female Labradors, which is 25-32 kg (or 55-70 lb). However, these weights are averages and there can be exceptions due to factors such as individual genetics, diet and physical activity level. But, if a large number of Labrador Retrievers greatly exceed or fall below these averages, then it could indicate a problem with the reliability of the source. It's also important to cross-verify such information with other reliable sources. Meanwhile, the fur color is not associated with the weight, but based on alleles. For example, the ee_ genotype makes a Labrador yellow and B_E_ genotype turns it black.
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Answer:
petrification
Explanation:
Answer:yes
Explanation:
No
Clams and squid have been evolving separately for a shorter time than clams and snails.
Clams and snails have more in common genetically than clams and squid.
Clams and snails are more similar in related structures than clams and squids.
its the last option (Clams and snails are more similar in related structures than clams and squids.)