NEED ALL 5 ANSWERS! I gotchu will Brainliest if you want it. 1 ) How might a field like philosophy or history help scientists?
2 )Give an example of something that science cannot predict and explain why not.
3 )How does the quote from Socrates, “True knowledge exists in knowing that you know nothing” relate to engineering?
4 )Today, it is almost impossible to imagine a world without video games, yet not long ago they did not exist. What positive and negative social changes did they bring?
5.) 3-D printers are one of the cutting edges developments in technology of our time. How could they make their way into every day life?

1. Complementary to its role in conceptual clarification, philosophy can contribute to the critique of scientific assumptions—and can even be proactive in formulating novel, testable, and predictive theories that help set new paths for empirical research.

2. science can't predict when we are going to die because anyone can drop dead at any given point even if we are healthy or not.

3. Because engineering starts with a question. Knowing nothing means you must seek to learn it.

4. negative: People no getting exercise. Looking at a screen for too long.

positive: people are learning more since technology was made.

5. Due to the incredible customization abilities of 3D printers, human body parts will be fitted exactly to individuals and their differences, helping to make better titanium bone implants, prosthetic limbs and devices used by dentists

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Explanation:

2 science cannot predict earthquake

Explanation:

1 How might a field like philosophy or history help scientists?History and philosophy of science allows students to stand back from the specialised concerns of their other subjects and gain some perspective on what science is, how it came to acquire its current form and how it fits into contemporary society.

2Earthquakes do not recur with the precision of astronomical eclipses, nor do they have the signature of an inbound hurricane. But they do obey the laws of physics, so that in principle we should be able to forecast their approach. Technological advances are on our side: telemetered networks of seismometers that generate a vista of earthquake locations, magnitudes and mechanisms within minutes of their occurrence; a constellation of global positioning satellites that quantify the movements of Earth's surface; and a 10,000-year history of previous earthquakes caused by incremental slip in the fault lines that cut our continents.

Yet even if we know where and by how much a typical fault slips, we cannot predict the time, location or magnitude of the next earthquake. We are interested only in a small subset of earthquakes — those that are severe enough to cause human harm. But even the smallest tremor cannot be foreseen. Earthquakes occur all the time; the biggest unknown is why, without warning, little earthquakes grow to become big ones.

3 Because engineering starts with a question. Knowing nothing means you must seek to learn it.

4 improves the lives of people who can avoid being dominated by it and forced into debilitating addictions to it. allows me to grow and benefit from loving relationships among friends and family who can now be close despite geographical distance. Tragically it prevents the addicted from growing and benefiting from the most exquisite types of encounter, namely being in the physical and personal presence of another.”

5. 3D printing could make prosthetics cheaper for everyone, changing the lives of amputees around the world. 3D printing is also being used for surgery, with replicas of hearts and organs being used to help surgeons prep. Bioprinting, 3D printing which uses “ink” made of human cells and tissue, is making massive strides.

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