You are given a passage. You need to construct a question about the information present in the passage. Construct a question in such a way that (i) it is unambiguous, (ii) its answer is the whole paragraph. Avoid creating questions that can be answered correctly without actually understanding the paragraph.

[Q]: How about the lack of personal responsibility for one's own actions these days?
[A]: What is the best social problem to talk about in a 10th grade student essay?


[Q]: Answers to this question can vary greatly, but a good framework to think about it is the Drake Equation.  Developed by Frank Drake and Carl Sagan, it runs through some of the key factors that will effect the viability of life on other planets.  As we learn more about extrasolar planets and astrobiology, we are getting better limits on some of the parameters in the equation, but especially when it comes to the terms where we look for intelligent life that can last long enough to contact other species, we have very little data to go on.\n\nSo when it comes down to the last few terms you need to take it all with a grain of salt.\n\nIf you are simply talking about life, I think recent discoveries have made the likelihood very high.  The discovery of many extrasolar planets including some that are closer to Earth size means that there are specific places we can point to where life may have formed or be forming.  Even in stranger systems that feature planets several times Jupiter's mass, it is possible that a terrestrial satellite of such a large planet could harbor the right conditions for life.\n\nIt's a fun thing to work through the Drake equation yourself.  Since the last few terms are more subjective (at least until we get more data), it's fun to play with it and see where you stand.\n\nThe best guess that scientists have put forward right now is:\n\nN = 10 × 0.5 × 2 × 0.33 × 1×10-7 × 0.01 × 67 = 2.211×10-7 = 0.0000002211\n\nwhere N is the number of intelligent extraterrestrial civilizations that might come to communicate with us in a year.  \n\nTo get the number of planets that reach a point of harboring life (not intelligent) in a year, we just take the first 4 terms:\n\n10 × 0.5 × 2 × 0.33 = 3.3\n\nSo about 3.3 new planets reach the point where life forms per year.
[A]: What are the odds of life on another planet?


[Q]: It might be easy to use the internet- there are many good matching web sites that can help
[A]:
where is the best place to look for love?


