<em>Answer:</em>
<em>Ejemplos de seres vivos:
</em>
<u><em>Animales: puma, gato, ballena, cóndor, etc.
</em></u>
<u><em>Flores: rosa, maravilla, clavel, tulipán, etc.
</em></u>
<u><em>Plantas: helecho, filodendro, ficus, alga, etc.
</em></u>
<u><em>Árboles: manzano, palmera, pino, etc.
</em></u>
<u><em>Seres humanos: niño, mujer, abuelo, etc.</em></u>
<em>Explanation:</em>
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Answer:
Selective breeding.
Explanation:
Both are fairly long processes, however, the measurement for this is not just the duration to obtain the target, but also the exact target obtained. In natural selection, the duration may be faster than selective breeding in obtaining a change, but the determined change may not be the one that is sought out for. It may have a small chance, but it is not guaranteed. In selective breeding, on the other hand, the destination is determined, and all steps work towards the objective. So in a sense, selective breeding has the greater percentage chance of being the shorter process.
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Hitchhicker's thumb is a condition in which a person is able to bend his thumb backwards. This trait can be seen in many people but the condition is recessive, which means a person needs two alleles for hitchhiker's thumb to have this particular characteristics. The gene for straight thumb is commonly indicated by T while that for hitch hicker's thumb is indicated by t.
Let's see what will happen if a person heterozygous for hitchhiker's thumb marries a woman who is also heterozygous for hitchhiker's thumb.
P1: Tt X Tt
Gametes: t T : t T
Offsping : TT : Tt : tT : tt
TT : 25 % : Straight thumb
Tt + tT : 50% : Straight thumb
tt : 25% : Hitch hicker's thumb
Therefore, there are 25 % chances that their offspring will have Hitch hicker's thumb and 75 % chances that they will have straight thumb.
Hope it help!