The answer is (D). Creating more fossil fuels.
Fossil fuels are formed by the compression of the dead matter of plants and animals within the crust of the Earth. The plants and animals that died due to some calamity millions of years ago got covered by the rocks and soil. The internal heat of the Earth and the pressure due to the weight of the rocks turned them into thick dark crude oil. This process is natural and time consuming. It is impossible to recreate this process by artificial means on a large scale to make more solid fuels.
Interestingly, mining of extra-terrestrial planets, moons and asteroids is an ongoing research and the means to do it are being prototypes in the research laboratories of NASA and other space organisations.
I think that the answer to that would be C.) Benthic zone, but I'm not completely sure.
I hope this answer helped you! If you have any further questions or concerns, feel free to ask! :)
Answer:
Anaphase
Explanation:
Gregor Mendel has established in his law of segregation that the alleles of gene separates into gametes during gamete formation (meiosis). Alleles are borne on chromosomes, which is the form in which genetic material is being transferred.
This separation that was talked about by Mendel occurs in the Anaphase stage of meiosis. In this stage, homologous chromosomes or sister chromatids are pulled apart by microtubules to opposite poles of the cell. This separation causes the alleles on each chromosome to separate before the cell splits into two.
Explanation:
Oxygen diffuses easily through air, and the soil stays aerobic because oxygen comes in from the surface. But after a rain, the soil pores and the worm burrows fill with water. The worms can't get enough oxygen when the soil is flooded, so they come to the surface to breathe.
Answer:
In the lab, I discovered the air pressure, air temperature, and relative humidity conditions that create snow, rain, thunderstorms, fog, and clear skies. I learned that low-pressure areas usually experience snowy, rainy, and stormy weather, and that high-pressure areas usually experience either foggy or sunny weather. Knowing how these atmospheric conditions influence weather help weather forecasters predict weather patterns through maps and other information.
