I believe that the answer to the question provided above is Fission, <span>Only </span>prokaryotes<span> (the </span>archaea<span> and the </span>bacteria<span>) reproduce asexually through binary fission. </span>Eukaryotes<span> (such as </span>protists<span> and unicellular </span>fungi<span>) may reproduce in a functionally similar manner by </span>mitosis<span>; most of these are also capable of sexual reproduction.</span>
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<span>Knowing the correct blood type is essential, for col. Lemon that has a blood type of ab-, the three suspects that could safely donate blood for him are the person that has a blood type of AB-, A-, B-, O-. Moreover, blood type classification is based on the presence and absence of antibodies and inherited antigenic substances on the red blood cells. In addition, blood type is inherited from both parents.</span>
Answer:
Option A, Pantala flavescens, because these organisms would have a high level of genetic variation due to sexual reproduction
Explanation:
Genetics variation allows as organism to evolve in a way to be able to cope up with the existing or changing environmental condition. Now, a Pantala flavescens undergoes sexual reproduction, thus only this creature has the ability among all the given organism to evolve genetically and be able to survive in this environment. All the remaining organisms reproduce asexually and hence there is no variation with in them and hence it would be difficult for these organisms to cope up with changing environment.
Hence, option A is correct.
Hydrogen has one valence electron. To make it an ion, you need to remove this valence electron. When you remove an electron, the element becomes positive because you are taking away the negative
Answer:
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Explanation:
