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Variations in organisms produced by the same parent are primarily due to genetic recombination and mutations during reproduction. During sexual reproduction, the mixing of alleles from both parents leads to diverse combinations of traits in the offspring. Additionally, random mutations can occur in the DNA, introducing new variations. Environmental factors also play a role, influencing how these genetic traits are expressed in each individual.
Organisms or fragments of DNA that are genetically identical to the organism they were produced from are called clones. This means they have the same genetic information as the original organism.
The differences shown by the individuals of one kind of organisms are called variations. Variations are due to hereditary and non-hereditary characteristics. Characteristics, which are passed from parents to off spring, are called hereditary characteristics. In general the term variation means the difference in characteristics of organisms belonging to the same species in a natural population. Two types of variation, i.e. continuous and discontinuous, occur in any large population. In continuous variation, there are small differences among individuals of the same species and many intermediate forms are seen. So there is a complete gradation of many characteristics of organisms from one extreme to the other in a population. E.g. height in human being. Characteristics showing continuous variation are produced due to combined effects of many genes and environmental factors.
Organisms that reproduce asexually make exact copies of themselves. So, they are "clones" of their parents. Of course, some differences may appear because of mutations (changes in the DNA due to errors during replication), though.
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Variations in organisms produced by the same parent are primarily due to genetic recombination and mutations during reproduction. During sexual reproduction, the mixing of alleles from both parents leads to diverse combinations of traits in the offspring. Additionally, random mutations can occur in the DNA, introducing new variations. Environmental factors also play a role, influencing how these genetic traits are expressed in each individual.
The same phenotype as both of the parents.
variations variations
all organisms can divide to produce same offspring that are similar to the parents
Organisms within the same species can differ in traits such as size, color, behavior, and genetic makeup. These differences can arise due to genetic variations, environmental influences, and individual experiences. Overall, these variations contribute to the diversity and adaptability of a species.
Organisms of the same species share similar genetic makeup and physical characteristics but can have variations in traits due to genetic diversity. These differences can be influenced by factors like environment, diet, and upbringing, leading to variations in behaviors, appearances, and adaptability within the species.
Slight differences among objects or organisms of the same basic type are called variations. These variations can occur due to genetic differences, environmental factors, or random mutations, and they contribute to the diversity within a species. In biological contexts, these variations are crucial for evolution and natural selection, as they can affect an organism's survival and reproduction.
Organisms or fragments of DNA that are genetically identical to the organism they were produced from are called clones. This means they have the same genetic information as the original organism.
So close to zero as being unmeasurable. The variations in markings come from random variations in wear of the rifling cutter, odd chips of steel produced by the rifling process, etc. Even two guns made in succession on the same production line will show differences in produced striations.
The differences shown by the individuals of one kind of organisms are called variations. Variations are due to hereditary and non-hereditary characteristics. Characteristics, which are passed from parents to off spring, are called hereditary characteristics. In general the term variation means the difference in characteristics of organisms belonging to the same species in a natural population. Two types of variation, i.e. continuous and discontinuous, occur in any large population. In continuous variation, there are small differences among individuals of the same species and many intermediate forms are seen. So there is a complete gradation of many characteristics of organisms from one extreme to the other in a population. E.g. height in human being. Characteristics showing continuous variation are produced due to combined effects of many genes and environmental factors.
Simply put you get one copy of each chromosome from your dad and one copy from your mom. Since your parents aren't the same and don't have the same alleles, you will get a pretty even mix of your parents.
Organisms that reproduce asexually make exact copies of themselves. So, they are "clones" of their parents. Of course, some differences may appear because of mutations (changes in the DNA due to errors during replication), though.