<u>Answer</u>:
- Excessive vegetative growth of aquatic plants and algae,
- Decrease in oxygen content
<u>Explanation</u>:
Due to substantial increase in the nitrogen content, the algal growth will be higher which deteriorates the quality of water, food resources and habitat. It can also lead to lower in oxygen content in water which affects the ecosystem making difficult for the fishes and other aquatic animals to survive. Huge algal growth may lead to algal bloom, which either reduces or removes oxygen from the water, that in turn causes illness in fishes and sometimes death in large number of fishes.
Answer:
- decreasing the distance between Hox and Blox
- decreasing the mass of Hox and Blox
- decreasing the mass of Blox
Explanation:
Decreasing the distance between Hox and Blox will make it easier to increase the pull of gravity between the two planets, because less gravity would be needed to increase the pull of gravity. Hope that made sense. Decreasing the mass of Hox and Blox will decrease the amount of gravity needed to make the pull of gravity stronger. Because decreasing the mass of hox and blox is one of the correct answers ( of course i can't be 100% sure because the grader may be looking for different answers than normal), I am assuming that decreasing the mass of Blox is an answer too. Hope this made sense and helped.
The complete question is as follows:
A group of 100 bomb blast victims were admitted to the hospital within an hour of the event. How should the hospital management use this information?
A
. Arrange surgery facilities for 50 victims.
B
. Arrange beds for at least 20 more victims.
C
. Prepare staff to treat 100 more clients.
D. Shift the 100 existing clients to other hospitals.
Answer:
The correct answer is option C. prepare staff to treat 100 more.
Explanation:
Management of hospital can predict the total number of the victims of a particular disaster by the number of the victims come who come in very first hour to the disaster.
One can predict the double the number of the patient of the victims that arrive the first hour. So by the assuming that 100 victims more might come so management should prepare more staff for the more 100 victims.
Thus, the correct answer is - option C.
Of course we can survive without clothes. We evolved a hairless body because our ancestor was an ape that was forced to live in the hot, open savanna, where fur is not needed. In fact, many people around the world did not wear any clothes. Native Hawaiians, for example, wore no clothes when the first European explorers arrived. Amazonians and Africans also did not wear clothes. Humans evolved in Africa about 150,000 years ago, and the early humans wore no clothes. Humans started migrating out of Africa about 60,000 to 70,000 years ago. They followed the coast line and went all the way to Australia. These early migrants ended up in places that required no clothes. Only when humans migrated to places like ice age Europe and northern parts of Asia (northern parts of China, Japan and Korea) did they need to wear clothes or animal skins to stay warm. Wearing clothes blocks out the sun and these people were in danger of vitamin D deficiency, which leads to rickets. Rickets can result in muscle cramps, broken or deformed bones and even death. In order to absorb enough UV light to synthesize vitamin D, there was strong selection pressure to evolve lighter skin tones.
The habit of wearing clothes, even in places that do not require them, was spread by European Christians. Basically they forced and/or shamed the natives to wear clothes wherever they went.Of course, not wearing clothes means that humans will no longer be able to live in temperate areas around the world, at least not during the fall and winter months.
