WOLVES:
The domestication of wolves was a pretty smooth move by early humans. It started off with the wild wolves looking over to the humans, seeing their warm fires and cooked food. The humans took pity on them and gave them some leftover food of theirs, but the wolves kept coming back. These became the first domesticated dogs, which evolved and adapted to human lives from then on. In return of the free food the humans gave them, they protected the humans from other wild animals, kept them company, and helped hunt.
LIVESTOCK:
Later on, people found out they could farm animals. Instead of always moving around to find their food, they kept their food with them. This started the Agricultural Revolution. Instead of being nomadic and never being to settle in one place, humans bult permanent houses, build fences to keep in sheep, goats, etc. and bred them to keep supply. From then, they never had to worry about finding food again because they always had a fresh surplus of meat, crops, and materials.
The answer to this question is <span>Fast Track Experiment
</span><span>Fast Track Experiment refers to giving a certain group of people a set of special treatment that is catered based on their special circumtances.
</span>For example, for juvenile who acting out because they wanted to feel though, there is a program that could make those juveniles to spend 3 days in prison, so they could directly see the reality behing their actions.
Donald trump according to the year of 2017
Answer:
A- Long work schedule
Explanation:
Long work schedules frequently experienced by residents, contributes to errors made during shifts. Long work schedules, expose residents to both mental and physical stress and this pressure on the body could lead to in some cases, life threatening errors.
A reformation of the system to reduce work hours for residents, affording them the opportunities to recuperate well enough after a shift and stay active throughout their working hours will help reduce a lot of errors which have detrimental effects on patients.
Answer:
25% Homozygous Rose Comb, 25% Homozygous Single Comb and 50% Heterozygous Rose Comb.
Explanation:
For a homozygous rose combed rooster (RR) and a homozygous single combed hen (rr), their first offspring F1 will be 100% heterozygous rose combed which has the genotype of Rr.
If the F1 generation are allowed to mate only among themselves, the second generation offspring, F2, will have 3 different genotypes which are homozygous rose comb (RR), homozygous single comb (rr) and heterozygous rose comb (Rr).
I hope this answer helps.
