Appearance
question:Sentence 1: With this greater capital intensity, diminishing returns to capital have reduced the return on investment in Japan over the years. Sentence 2: Diminishing returns to capital has been a factor of reduced investment in Asia. If the first sentence is true, then is the second sentence true?
answer:Alright, let me explain this like you're five. Think of "capital" like toys. So, "capital intensity" means a lot of toys. In Japan, they have so many toys that they don't enjoy them as much anymore, and it doesn't make them as happy. That's like "diminishing returns to capital." So, their happiness (return on investment) is going down with time. Now, in Asia, they're also getting less happy (reduced investment) because they too have many toys, and it's not as fun as before. So, if the first sentence is true, then yes, the second sentence can be true as well. They both show that having too many toys might not make you as happy as you think.
question:Translate "Eleven months without a government did not preclude BiH politicians from taking a month-long vacation at taxpayers' expense." to Turkish?
answer:"Onbir ay boyunca hükümet olmamasına rağmen, Bosna-Hersekli politikacılar vergi mükelleflerinin masrafına bir aylık tatil yapmaktan kaçınmadılar." This translation accurately conveys the meaning of the original sentence in Turkish. The sentence is about how politicians in Bosnia and Herzegovina took a month-long vacation at the taxpayers' expense despite not having a government for eleven months. It is important to note that the abbreviation "BiH" is fully spelled out as "Bosna-Hersek" in the translation since abbreviated forms may not always be understood in translated languages.
question:Please answer the following question: Pick the option in line with common sense to answer the question. Questions: If you're becoming inebriated and start a fight what would the authorities do? Options: - drunkenness - arrest - fall down - regret - vomit Answer:
answer:Answer: arrest
question:You are given a new situation: Bob is an astrophysicist. He was pondering about the beginning of our universe. He pinpointed the time when the universe just began to exist. He labeled it as point A. To compare it with present situation of the universe he labeled the present time as point B. and a hint : The first direct observational hint that the universe has a finite age came from the observations of 'recession velocities', mostly by Vesto Slipher, combined with distances to the 'nebulae' (galaxies) by Edwin Hubble in a work published in 1929. Earlier in the 20th century, Hubble and others resolved individual stars within certain nebulae, thus determining that they were galaxies, similar to, but external to, our Milky Way Galaxy. In addition, these galaxies were very large and very far away. Spectra taken of these distant galaxies showed a red shift in their spectral lines presumably caused by the Doppler effect, thus indicating that these galaxies were moving away from the Earth. In addition, the farther away these galaxies seemed to be (the dimmer they appeared to us) the greater was their redshift, and thus the faster they seemed to be moving away. This was the first direct evidence that the universe is not static but expanding. The first estimate of the age of the universe came from the calculation of when all of the objects must have started speeding out from the same point. Hubble's initial value for the universe's age was very low, as the galaxies were assumed to be much closer than later observations found them to be. Please answer this question : In which time the redshift was greater, point A or point B?
answer:The redshift was greater at point A. This is because the redshift is a measure of how much the light from distant objects has been stretched as the universe expands. As the universe continues to expand over time, the light from the past would have been more compressed and emitted at a higher frequency (blue shifted). As that light travels to us through the expanding universe, it gets stretched out and redshifts. So, at point A, which corresponds to the beginning of the universe, the redshift was greater due to the rapid expansion during that time.