Answer:
See the answer below
Explanation:
<em>It is important to control the variables so as to isolate the dependent and the independent variables from other variables. Since the value of the dependent variable varies with the independent variable, not isolating the variables would lead to interference of multiple variables, and hence, knowing which variable produces a particular effect will be difficult. In other words, the primary aim of experiments would not be achievable without isolating the dependent and the independent variables.</em>
Answer:
Yes, the climate on the Indian side of the Himalayas is different from that on the Tibetan side.
Explanation:
That's because Tibet is on the rain shadow side of the Himalayas.
When the warm air from India hits the mountains, it must rise over them.
As the air rises, it expands and cools. As it cools, its water vapour condenses to form clouds that precipitate as rain and snow.
The rain is responsible for the monsoons of India.
The Himalayas are at a latitude of about 30° N, so the climate at the foothills is humid subtropical. At higher altitudes, there is permanent snow and ice.
The answer to your question is,
if the oxygen poor blood mixes back with oxygen rich blood, that means that oxygen poor blood is not going back to the lungs to swap CO2 (carbon dioxide) with O2 (oxygen), and this swapping is vital to tissue survival, since oxygen is what keeps your tissues, muscles, and organs alive. so if this blood mixed, ultimately your organs are not receiving enough oxygen and will become starved of it, this can kill you and lots of people every year get heart surgery because their atrium or ventricles in their heart rupture
-Mabel <3
B cells make antibodies. That's just what they do.
2 is D. The flu virus constantly mutates, so a new vaccine every year is developed.
Antibodies attach to cells with the corresponding antigen. anti-anti, that's how i remember it.
You're welcome!
The amount<span> of guanine </span>always equals the amount of cytosine<span>.
</span>