84 pts ยท May 2, 2013
"All I know is my gut says "maybe"." https://www.youtube.com/watch?v=fpaQpyU_QiM
the arms stretch during the passage of a particular photon is negligible.
so the frequency at which the light is recycled is much higher than the frequency of the waves being detected. That is, the amount that
Yes, but an insignificant amount. Each photon spends a tiny fraction of a second in the arms: (more)
You can get OP and OP2 at outpost2.net. Comes with new missions added by fans.
Outpost was very buggy, and shipped unfinished. Outpost 2 is much better. Available at outpost2.net with fan expansions.
But (16M deg * 730 J/kg/deg * 0.000011 kg) / 0.001 seconds = 128.48MW, and MW != MWh (MW is a unit of power, MWh is a unit of energy).
lost to warming up a large bubble of air around the grain, and you might not get any explosion at all.
Anyhow, it remains to check the penetration depth of gamma radiation in air. Above ~2 meters I think the vast majority of the energy gets
So I estimate if you can hear a lightning bolt from 10 km, then this amount of energy could be heard from about 50 meters; a decent pop.
That's 35 grams of TNT equivalent. Compare to a lightning bolt with 5 billion J (although spread out over a larger region).
I'm not sure how you are equating a power to an energy, those are different units. 0.011g of sand at 16M degrees C has 146 kJ of energy.
It would certainly not fuse. As for the surrounding air, I estimate you'd get at best a modest pop. It's hard to calculate, though.
Right. I didn't do any calculations but a quick estimate suggests you'd have to be within about 10 meters to even notice the heat.
Half right. Increasing sulfur emissions (volcanos + humans) in the 40s caused a temporary cooling. El Nino in 1939 contributed to spike.
Also Newton used infinitesimals, not limits. The limit definition came much later.
We already do, a ninth planet was discovered a few months ago! (Unless that's what you're referring to...)
Posts like these are exactly what I come to imgur hoping to see. Thank you for sharing!
It looks like it is designed specifically to market to people unfamiliar with robotics/programming, which makes me believe it is 100% meh.
Now you too can know this reference! http://bash.org/?top (currently top all time)
No problem, I did it to show some friends and afterwards decided that I might as well stick it in the gallery as well.
Good idea, I just put them up.
Glad to see somebody recognized Tokyo!
It's number 18.
Not bad! Try again on number 13? (or check my other comments for hint or answer)
24. Brussels 25. Amsterdam 26. Berlin 27. Washington DC 28. Zurich
12. Toronto 13. London 14. Singapore 15. Jakarta 16. Hong Kong 17. Kolkata 18. New Delhi 19. Sydney 20. Seoul 21. Boston 22. Vienna 23.Paris
1. Mumbai 2. Mexico City 3. Sao Paulo 4. Dubai 5. Shanghai 6. Los Angeles 7. Tokyo 8. San Francisco 9. Beijing 10. New York 11. Chicago
Hope you enjoyed seeing these cities from above! Answers are here:
New Delhi, New York, Paris, San Francisco, Sao Paulo, Seoul, Shanghai, Singapore, Sydney, Tokyo, Toronto, Vienna, Washington DC, and Zurich.
Amsterdam, Beijing, Berlin, Boston, Brussels, Chicago, Dubai, Hong Kong, Jakarta, Kolkata, London, Los Angeles, Mexico City, Mumbai,
the arms stretch during the passage of a particular photon is negligible.
so the frequency at which the light is recycled is much higher than the frequency of the waves being detected. That is, the amount that
Yes, but an insignificant amount. Each photon spends a tiny fraction of a second in the arms: (more)
You can get OP and OP2 at outpost2.net. Comes with new missions added by fans.
Outpost was very buggy, and shipped unfinished. Outpost 2 is much better. Available at outpost2.net with fan expansions.
But (16M deg * 730 J/kg/deg * 0.000011 kg) / 0.001 seconds = 128.48MW, and MW != MWh (MW is a unit of power, MWh is a unit of energy).
lost to warming up a large bubble of air around the grain, and you might not get any explosion at all.
Anyhow, it remains to check the penetration depth of gamma radiation in air. Above ~2 meters I think the vast majority of the energy gets
So I estimate if you can hear a lightning bolt from 10 km, then this amount of energy could be heard from about 50 meters; a decent pop.
That's 35 grams of TNT equivalent. Compare to a lightning bolt with 5 billion J (although spread out over a larger region).
I'm not sure how you are equating a power to an energy, those are different units. 0.011g of sand at 16M degrees C has 146 kJ of energy.
It would certainly not fuse. As for the surrounding air, I estimate you'd get at best a modest pop. It's hard to calculate, though.
Right. I didn't do any calculations but a quick estimate suggests you'd have to be within about 10 meters to even notice the heat.
Half right. Increasing sulfur emissions (volcanos + humans) in the 40s caused a temporary cooling. El Nino in 1939 contributed to spike.
Also Newton used infinitesimals, not limits. The limit definition came much later.
We already do, a ninth planet was discovered a few months ago! (Unless that's what you're referring to...)
Posts like these are exactly what I come to imgur hoping to see. Thank you for sharing!
It looks like it is designed specifically to market to people unfamiliar with robotics/programming, which makes me believe it is 100% meh.
Now you too can know this reference! http://bash.org/?top (currently top all time)
No problem, I did it to show some friends and afterwards decided that I might as well stick it in the gallery as well.
Good idea, I just put them up.
Glad to see somebody recognized Tokyo!
It's number 18.
Not bad! Try again on number 13? (or check my other comments for hint or answer)
24. Brussels 25. Amsterdam 26. Berlin 27. Washington DC 28. Zurich
12. Toronto 13. London 14. Singapore 15. Jakarta 16. Hong Kong 17. Kolkata 18. New Delhi 19. Sydney 20. Seoul 21. Boston 22. Vienna 23.Paris
1. Mumbai 2. Mexico City 3. Sao Paulo 4. Dubai 5. Shanghai 6. Los Angeles 7. Tokyo 8. San Francisco 9. Beijing 10. New York 11. Chicago
Hope you enjoyed seeing these cities from above! Answers are here:
New Delhi, New York, Paris, San Francisco, Sao Paulo, Seoul, Shanghai, Singapore, Sydney, Tokyo, Toronto, Vienna, Washington DC, and Zurich.
Amsterdam, Beijing, Berlin, Boston, Brussels, Chicago, Dubai, Hong Kong, Jakarta, Kolkata, London, Los Angeles, Mexico City, Mumbai,