Answer:
1. Will power plant building be earthquake proof?
2. Will the chemicals placed in the power plant be enough secure that it does not leak or are prone to any explosion?
3. What are the chances of the site facing an earthquake?
Explanation:
1. Will power plant building be earthquake proof?
The building should be secure for the scientists working there and for the chemicals placed in there, if the site faces an earthquake an earthquake building may collapse and can result in explosions of the chemicals.
2. Will the chemicals placed in the power plant be enough secure that it does not leak or are prone to any explosion?
The chemicals placed in the power plant needs to be secured in a place where no unauthenticated entrance is allowed and if any earthquake hits the chemicals do not spill out or mix up which may result in explosions.
3. What are the chances of the site facing an earthquake?
Having a probability study before constructing a power plant is important, a complete chart should be made which shows the probability of this site hitting earthquake this study may be based on past results.
Answer:
Greatly interact.
Explanation:
Radiation that is coming in and going out greatly interact with within the troposphere and stratosphere because these radiation absorb by these layers of atmosphere. The solar radiation strike with the surface of land, some radiation absorb by the soil while the remaining radiation reflected back to the atmosphere. There are clouds and other greenhouse gases in troposphere and stratosphere that blocks some of the solar radiation that warms our environment so we can say that these two layers of atmosphere interact with sunlight.
I think the correct answer from the choices listed above is option D. The two plates that come together to produce the volcanoes of Indonesia would be the <span>Eurasian Plate and the Indo-Australian Plate. Hope this answers the question. Have a nice day. Feel free to ask more questions.</span>