I think the correct answer from the choices listed above is option B. The events that lead to genetic drift are random. Genetic drift involves the change in relative frequencies <span>of different genotypes in a small population which happens by chance so they are unpredictable.</span>
<span>Selective breeding in the process of choosing the best characteristics of organisms through many generations to improve the variety or breed of the organsism:
TRUE, SELECTIVE BREEDING IS AN ARTIFICIAL PROCESS THAT BREEDERS CAN APPLY TO PLANTS AND ANIMALS TO ENHANCE PARTICULAR TRAITS, SUCH AS SIZE.
</span>
Humankind has domesticated animals over thousands of years for the sole purpose of companionship.<span>
FALSE. WHILST DOGS AND CATS HAVE BEEN BRED PARTLY FOR COMPANIONSHIP, DOMESTICATION OF ANIMALS HAS BEEN ESSENTIAL FOR SURVIVAL THROUGH ENHANCING FOOD PRODUCTION AND TRANSPORT. KEY EXAMPLES INCLUDE COWS AND HORSES.
</span>
The remains of wild dogs were found among the prehistoric bones of our ancestors who lived thousands of years ago.
TRUE. DOGS WERE DOMESTICATED OVER 4000 YEARS AGO ORIGINALLY FROM WOLVES.
<span>Cats are the most domesticated animals in the world.true or false
</span>TRUE. THIS ONLY APPLIES TO SMALL HOUSE CATS AND NOT THE WIDER CAT FAMILY
<span>Animals like leopards,wolves,tigers,bears, and skunks could never be tamed enough to live with people.
FALSE. THIS QUESTION IS CONTROVERSIAL HOWEVER GIVEN ENOUGH GENERATIONS IT IS LIKELY THAT ANY ANIMAL CAN BE DOMESTICATED. MODERN DOGS ARE DERIVED FROM WILD WOLVES.
</span><span>Tamed wild animals that have even been born in captivity and never been in the wild,are considered domestic. True or false
FALSE. DOMESTICATION COMES THROUGH MULTIPLE GENERATIONS
</span><span>Selective breeding is the only method to change life forms characteristics. True or false
FALSE. SELECTIVE BREEDING IS AN ARTIFICIAL FORM OF EVOLUTION. EVOLUTION THROUGH NATURAL SELECTION IS OCCURRING CONSTANTLY IN NATURE AND IS THE PRIMARY MECHANISM DRIVING CHANGES TO LIFE FORMS/CHARACTERISTICS.</span>
<h3>Answer</h3><h2><em><u>It is not used up</u></em></h2>
Enzymes are very effective in fastening up biochemical reactions. They can catalyze up to several million responses per second. As a result to which, the variation in speeds of biochemical reactions with and without enzymes may be immense. A normal biochemical reaction possibly take hours or regular days to happen under typical cellular conditions without an enzyme, but fewer than a
