I thinks its c but i am not 100% sure
Answer:
The correct answer is -
1) biological and personal factors
2) Gender stereotype
3) lack of education
Explanation:
There are many factors that contribute that lead to gender-based violence. The three most important of such factors include - the illiteracy of the people, gender Biased decisions or stereotypes, and Biological and personal history factors.
1) Biological and personal history factors
The history of violence on their own led them to make violence in order to hurt another gender. Other than that drugs and alcohol can contribute too
2) Gender Stereotypes
Cultural norms that people follow can also dictate how people act against women as it is expected to be passive and submissive.
3) Lack of Education
People with lack or limited education are more prone to make uninformed decisions.
Answer:
Answer : shivering and pallor.
Explanation:
Hyperthermia and fever are characterized by increase in body temperature. But ,the main difference between the two is that, increase in body temperature due to illness or infection is known as fever, while hyperthermia occurs simply because the body can't release enough heat.
It should be noted that, the body release heat through some activities like breathing and sweating, to maintain normal body temperature.
In this case, the presence of fatique , racing of heart, and an upset stomach shows the presence of infection or illness, which are characteristics of a fever.
I think the correct answer from the choices listed above is option D. A prokaryote that release energy if it is in an environment without oxygen and dies when exposed to oxygen, and uses fermentation would most likely be an obligate anaerobe. Obligate anaerobes<span> are poisoned by oxygen, so they gather at the bottom of the tube where the oxygen concentration is lowest.</span>
As compared with adults, children
have smaller energy reserves and lower absolute anaerobic power output. This is
primarily because they have less muscle mass compared with adults. In anaerobic
conditions, the human body uses up glucose and phosphates stored in your muscles
for energy metabolism.
