Answer: Variation refers to the differences or deviations from the recognized norm or standard. It may be a modification in structure, form or function in an organism, deviating from other organisms of the same species or group.
Hey there! It seems like you're asking about "variation." In general, variation refers to the difference or deviation from the norm. It's used in a variety of contexts, like in biology, where it refers to the differences in characteristics between individuals from the same species. Or in statistics, where it's the dispersion of data points in a data set. Can you clarify what context you're asking about? That way, I can provide a more specific answer. Of course! Let's take the example of dogs. Dogs are all part of the same species, Canis lupus familiaris, but there's a huge amount of variation among them.
Think about the difference between a Dalmatian and a Chihuahua. They have different sizes, different coat colors and patterns, different ear shapes, and even different temperaments. This is all due to genetic variation, which is the result of mutations, genetic recombination, and other processes.
ex:
In nature, this kind of variation is super important. It's the raw material that natural selection works on. If a certain variation, like being bigger or faster, helps an animal survive and reproduce, that variation will tend to become more common in the population over time. Isn't that fascinating?
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Answer:
Variation refers to the differences or deviations from the recognized norm or standard. It may be a modification in structure, form or function in an organism, deviating from other organisms of the same species or group.
Step-by-step explanation:
Answer:
Hey there! It seems like you're asking about "variation." In general, variation refers to the difference or deviation from the norm. It's used in a variety of contexts, like in biology, where it refers to the differences in characteristics between individuals from the same species. Or in statistics, where it's the dispersion of data points in a data set. Can you clarify what context you're asking about? That way, I can provide a more specific answer. Of course! Let's take the example of dogs. Dogs are all part of the same species, Canis lupus familiaris, but there's a huge amount of variation among them.
Think about the difference between a Dalmatian and a Chihuahua. They have different sizes, different coat colors and patterns, different ear shapes, and even different temperaments. This is all due to genetic variation, which is the result of mutations, genetic recombination, and other processes.
ex:
In nature, this kind of variation is super important. It's the raw material that natural selection works on. If a certain variation, like being bigger or faster, helps an animal survive and reproduce, that variation will tend to become more common in the population over time. Isn't that fascinating?
Step-by-step explanation:
hope it helps