Organisms use both asexual and sexual reproduction to maximize survival opportunities in different environments. Asexual reproduction allows for rapid, identical progeny production. Sexual reproduction, although slower and more energy consuming, increases genetic diversity -- providing a better chance at survival in changing environments.
Some organisms make use of both asexual and sexual reproduction due to the unique advantages each process provides. Asexual reproduction allows an organism to rapidly produce genetically identical offspring. This mode of reproduction is useful in stable environments where survival traits remain constant.
On the other hand, sexual reproduction results in offspring with genetic variations. With novel combinations of genes in each offspring, the chance for adaptation and survival increases in changing environmental conditions. Some examples of organisms that utilize both modes of reproduction include some species of plants, fungi, and invertebrates.
However, both reproductive strategies also have trade-offs. Early versus late reproduction, for instance, has an impact on an organism's survival. Early reproducers might have a higher chance of successfully producing offspring, but may sacrifice their growth and health. Late reproducers, conversely, are often larger and may provide better parental care, but risk dying before having the chance to reproduce.
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Answer:
Hydrolysis of disaccharides
Explanation:
Answer:
Here is an Answer Lovely
Explanation:
Chemical reactions occur when chemical bonds between atoms are formed or broken. The substances that go into a chemical reaction are called the reactants, and the substances produced at the end of the reaction are known as the products.
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B. nucleic acids and carbohydrates
C. proteins and nucleic acids
D. proteins and carbohydrates
The nucleic acids and proteins.
Explanation:
Mutations happen in the DNA which is a nucleic acid, and this molecule is transcribed into m-RNA which will be based on the sequence of the nucleotides in the DNA, so also m-RNA is affected and it is also a nucleotide.
Proteins are made using information coming from the DNA via the m-RNA, and since both are changed, then the structure of the protein will be built based on this new sequence of the bases in the m-RNA.
A. Biceps brachi
B. Rectus abdominus
OC. Deltoid
D. Obliques
Answer:
B) Rectus abdominus
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I believe that the answer is autotrophs