Answer:
<u>At this moment, I am thinking about the reconstruction of the Cathedral of Notre-Dame and I am making some important questions about it.</u>
Explanation:
At this moment, I am thinking about the reconstruction of the Cathedral of Notre-Dame and I am making some important questions about it. The first question that comes to my mind is how much could the reconstruction cost?. It will reach several hundred million euros, according to experts. The second question I have is who will contribute the money for the reconstruction? According to what I read in the newspapers, there were already up to 750 million euros in donation commitments. My third question is how long could the repair work take? The forecasts on the restoration deadlines are very variable, the works will take between 10 and 20 years at least. And my final question is when will the cathedral be open to the public? Again, according to what I read this morning, the interior of the cathedral could be reopened to the public quickly, since it was desired by both the Mayor's Office and the archbishopric of Paris. However, first it must verify the solidity of the structure of the monument. Hopefully, the restoration will have a positive outcome after all the complex work that will be necessary to accomplish this goal.

Since there is no underlined portion we aren’t able to answer the question. Sorry
Answer: It should be Come up from the <em>field</em> father and NOT Come up from the <em>fields </em>father.
Explanation:
The objects that produce large amplitude waves are Stars, Large machines, Rocks falling from the mountain, Earthquakes, Volcanoes
The objects producing small amplitude waves include ping-pong ball, Tuning fork, stones, Speakers, Spring
<u>Explanation</u>:
The wave's amplitude is characterised by the ultimate displacement of an object from its median position. Generally, wave with high energy (or the waves emanating from big bodies or high energy bodies) are high amplitude waves. Since the body has a high amount of energy, it produces a comparatively large amount of displacement of the particle. hence the high amplitude.
Similarly, small bodies or bodies with less energy produces a low amplitude wave. This also can be understood in terms of displacement of the particle from its mean position.