How does a computer remember what programs I had open after a power outage? |
- How does a computer remember what programs I had open after a power outage?
- Why does Neptune have such strong winds?
- [Maths] Is there a way to break down borromean rings mathematically?
- Is there a chance for a number to never be rolled in a random number generator if it is ran infinitely?
- How much effect do national borders tend to have on speech accents. In places where two nations share a language, is it obvious from speech when you cross the border?
- Can animals like cats and dogs visualize memories and thoughts like humans?
- How has the formation of civilization affected our brains' physiology, if its had an effect at all?
- How does the orientation in space of an electron orbital affect magnetism?
- How could the proton and neutron have the same approximate mass if the down quark weighs about twice as much as the up quark? (~4.8 vs ~2.3 MeV/c^2)
- When an object moves in your vision how long does the blur stay there?
- Why do spacecraft use hydrazine in their maneuvering thrusters?
- Why don't the globes get dimmer as you add more globes to a circuit via parallel paths?
| How does a computer remember what programs I had open after a power outage? Posted: 23 Oct 2016 05:22 PM PDT Wouldn't programs currently running be stored in RAM? In which case shouldn't the RAM flush itself after every reboot? [link] [comments]  |
| Why does Neptune have such strong winds? Posted: 23 Oct 2016 03:42 PM PDT According to Wikipedia, it has the "strongest sustained winds of any planet in the solar system, with recorded wind speeds as high as 2,100 kilometres per hour (580 m/s; 1,300 mph)." Why are the winds so strong there? [link] [comments]  |
| [Maths] Is there a way to break down borromean rings mathematically? Posted: 23 Oct 2016 03:35 PM PDT Although this question is specifically about borromean rings, I'm curious is you can form equations out of 3d geometry, and if you can use that to deduct the if objects would lock or intersect. [link] [comments]  |
| Posted: 23 Oct 2016 07:16 PM PDT I got into an argument with a friend of mine who is working for a random drop in a video game. He says that if he were to do the task that gives the drop infinitely he would eventually get it. I argued that since it is random and there is no pity timer that even if he rolled infinitely there is still a chance he would never get it no matter how unlikely. So who is right? [link] [comments]  |
| Posted: 23 Oct 2016 03:09 PM PDT |
| Can animals like cats and dogs visualize memories and thoughts like humans? Posted: 23 Oct 2016 01:04 PM PDT |
| How has the formation of civilization affected our brains' physiology, if its had an effect at all? Posted: 23 Oct 2016 01:10 PM PDT Has there been a long enough period of time since civilization to have a tangible effect on our brains? Is that something even possible to study? Another way of asking would be whether our brains are identical to pre-civilization homo sapiens. Sorry if this is more suited to r/AskAnthropology. [link] [comments]  |
| How does the orientation in space of an electron orbital affect magnetism? Posted: 23 Oct 2016 02:04 PM PDT Orientation in space of an electron orbital is called the "magnetic quantum number", but I don't understand how it relates to magnetism. [link] [comments]  |
| Posted: 23 Oct 2016 08:38 AM PDT Does the neutron lose mass when it binds with a proton in a nucleus? [link] [comments]  |
| When an object moves in your vision how long does the blur stay there? Posted: 23 Oct 2016 01:14 PM PDT For example, if I move my forearm about 45 degrees I'll see a blur for roughly that entire 45 degrees. If I move it for 90 degrees I'll see a blur for roughly the entire 90 degrees. However despite one motion being faster than the other, both motion blurs seem to stay in my vision for the same amount of time. How long is this timeframe? [link] [comments]  |
| Why do spacecraft use hydrazine in their maneuvering thrusters? Posted: 23 Oct 2016 10:22 AM PDT I get the principle behind the maneuvering thrusters--equal and opposite reactions and all that. But why does it seem like they always use hydrazine? Wouldn't any old gas work? [link] [comments]  |
| Why don't the globes get dimmer as you add more globes to a circuit via parallel paths? Posted: 22 Oct 2016 11:36 PM PDT I'm currently studying my first unit in electricity in year 9. I was thinking that if you were to add many more parallel globes to an original circuit with, say, 4 parallel globes, wouldn't the amount of amps flowing into each globe be significantly reduced (as the amps need to be shared), resulting in dimmer globes? I understand that each amp carries the same amount of voltage meaning that you could add a few without much effect on the globes, but surely if the amps need to be shared, which carry the voltage, must mean less amps = less voltage per second. [link] [comments]  |
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